commit 8f6e7368e0ae4b73edbf4672523e134427869d32 Author: lixiang <504331699@qq.com> Date: Fri Jun 13 15:35:51 2025 +0800 feat:提交 diff --git a/.gitignore b/.gitignore new file mode 100644 index 0000000..759980f --- /dev/null +++ b/.gitignore @@ -0,0 +1,34 @@ +node_modules +.DS_Store +dist +.npmrc +.cache +tests/server/static +tests/server/static/upload + +*.local +# local env files +.env.local +.env.*.local +.eslintcache + +# Log files +npm-debug.log* +yarn-debug.log* +yarn-error.log* +pnpm-debug.log* + +# Editor directories and files +.idea +.vscode +.vscode/** +*.suo +*.ntvs* +*.njsproj +*.sln +*.sw? +*.lock + +package-lock.json + +.history diff --git a/demoPage.md b/demoPage.md new file mode 100644 index 0000000..515ce5b --- /dev/null +++ b/demoPage.md @@ -0,0 +1,1476 @@ + + + + \ No newline at end of file diff --git a/package.json b/package.json new file mode 100644 index 0000000..34c4c5b --- /dev/null +++ b/package.json @@ -0,0 +1,31 @@ +{ + "name": "processParser", + "version": "1.0.0", + "description": "", + "main": "index.js", + "scripts": { + "test": "echo \"Error: no test specified\" && exit 1" + }, + "keywords": [], + "author": "", + "license": "ISC", + "devDependencies": { + "@types/file-saver": "^2.0.7", + "@types/node": "^24.0.0", + "typescript": "^5.8.3" + }, + "dependencies": { + "fflate": "^0.7.4", + "file-saver": "^2.0.2", + "processparser": "file:" + }, + "compilerOptions": { + "target": "ES6", + "module": "ESNext", + "outDir": "./dist", + "rootDir": "./src", + "strict": true, + "esModuleInterop": true, + "moduleResolution": "node" + } +} diff --git a/readme.md b/readme.md new file mode 100644 index 0000000..36fb871 --- /dev/null +++ b/readme.md @@ -0,0 +1,21 @@ +## 解析器接收数据 生成加工文件 + +·数据说明 + 1、刀路描述 + 2、调用的指令 + 3、加工项附带的信息（加工项所在板件信息和所在订单信息等等业务信息，可根据需求添加和开发） + 4、刀具信息 + +## 测试流程 + +1.npm install + +2 编译 TypeScript 代码 npx tsc + +3.运行编译后的 JavaScript 文件 + +# 参考 +内网测试地址：https://192.168.1.205/ +测试账户密码：admin admin123 左侧菜单demo栏目下 + +demo页面vue代码 demoPage.md \ No newline at end of file diff --git a/src/index.ts b/src/index.ts new file mode 100644 index 0000000..d5ad43a --- /dev/null +++ b/src/index.ts @@ -0,0 +1,364 @@ +import { ParserMain } from "./processParser/parseMain" +import { device1 } from "./processParser/processConfig/device1/parser1" +import { device2 } from "./processParser/processConfig/device2/parser2" +/** 范例 */ + +const boardLocation = '3' +const widthSideAxis = '0' +const lengthSideAxis = '2' +const parserMain = new ParserMain() +/** 测试数据 */ +const jsonData = ` +//数据说明 +//（1）加工前先调6厘的刀， +//（2）做孔加工的时候找【T1】的刀加工 +//（3）做造型的加工找【T2】的刀 +//（4）开料时 找5厘的刀 +{ + // 加工项信息 + "processList": [ + { + // 加工指令数据集 + "processItemInfo": { + // 代码 + "code": "MARK", + // 指令 + "order": "Mark", + // 指令参数 + "codeParams": "// start fileHead" + }, + // 加工刀路信息 + "list": [] + }, + { + "processItemInfo": { + "code": "FSTART", + "order": "F1" + }, + "list": [] + }, + { + "processItemInfo": { + "code": "T", + "order": "TD", + "codeParams": { + "diameter": 6 + } + }, + "list": [] + }, + { + // 一个加工项 模拟一个孔的加工 + "processItemInfo": { + "knife":{ + "knifeName": "T1" + }, + "code": "C", + "order": "KnifeMove", + "block":{ + "cutWidth":400, + "cutLength":600 + } + }, + "list": [ + // 移动到安全点 + { "x": 100.01, "y": 100.01, "z": 30.01, "dir": 0, "f": 10000 }, + // 下刀 + { "x": 100.01, "y": 100.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 抬刀 + { "x": 100.01, "y": 100.01, "z": 30.01, "dir": 0, "f": 10000 } + ] + }, + { + // 一个加工项 模拟一个造型的加工 + "processItemInfo": { + "knife":{ + "knifeName": "T2" + }, + "code": "C", + "order": "KnifeMove", + "block":{ + "cutWidth":400, + "cutLength":600 + } + }, + "list": [ + // 移动到安全点 + { "x": 150.01, "y": 150.01, "z": 30.01, "dir": 0, "f": 10000 }, + // 下刀 + { "x": 150.01, "y": 150.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 345.01, "y": 150.01, "z": 0.01, "r": 5, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 350.01, "y": 155.01, "z": 0.01, "dir": 2, "r": 5.01, "f": 8000 }, + // // 走刀 + // { "x": 350.01, "y": 150.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 350.01, "y": 160.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 150.01, "y": 160.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 150.01, "y": 150.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 抬刀 + { "x": 150.01, "y": 150.01, "z": 30.01, "dir": 0, "f": 10000 } + ] + }, + { + "processItemInfo": { + "code": "MARK", + "order": "Mark", + "codeParams": "// cut block" + }, + "list": [] + }, + { + "processItemInfo": { + "knife":{ + "diameter": 5 + }, + "code": "C", + "order": "KnifeMove", + "block":{ + "cutWidth":400, + "cutLength":600 + } + }, + "list": [ + // 移动到安全点 + { "x": 0.01, "y": 0.01, "z": 30.01, "dir": 0, "f": 10000 }, + // 下刀 到板面 + { "x": 0.01, "y": 0.01, "z": 18.01, "dir": 0, "f": 10000 }, + //切入 + { "x": 0.01, "y": 0.01, "z": 6.01, "dir": 1, "f": 10000 }, + // 斜线下刀 + { "x": 20.01, "y": 0.01, "z": 0.01, "dir": 1, "f": 5000 }, + // 走刀 + { "x": 380.01, "y": 0.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 弧线走刀 G2 + { "x": 400.01, "y": 30.01, "z": 0.01, "r": 20.01, "dir": 2, "f": 8000 }, + // 走刀 + { "x": 400.01, "y": 600.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 走刀 + { "x": 50.01, "y": 600.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 弧线走刀 G3 + { "x": 0.01, "y": 560.01, "z": 0.01, "r": 40.01, "dir": 3, "f": 8000 }, + // 走刀 + { "x": 0.01, "y": 0.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 斜线下刀没走的 走掉 + { "x": 20.01, "y": 0.01, "z": 0.01, "dir": 1, "f": 8000 }, + // 抬刀 + { "x": 20.01, "y": 0.01, "z": 30.01, "dir": 0, "f": 10000 } + ] + }, + { + // 程序结束 ----停刀 + 停 轴 + "processItemInfo": { + "code": "CE", + "order": "CE1" + }, + "list": [ + + ] + }, + { + // 文件尾 + "processItemInfo": { + "code": "FEND", + "order": "FEND1" + }, + "list": [ + + ] + } + ] +}` + +/** 测试数据 */ +const txtData = `FSTART\nTD 5\nG0 X100 Y100 Z10 F8000\ng0 x100 y100 z18 f8000\ng2 x120 y120 z18 R20 f8000\ng3 x100 y100 z18 i20 j0 k0 f8000\nTN T2\nFEND\n` + +function demo(){ + getDeviceList() + + setDevice() + setDeviceByName() + setDeviceByKey() +} + +/**处理JSON格式的数据 */ +async function handleJsonData() { + let parserMain = new ParserMain(); + parserMain.setDeviceByName('解析器1'); + let output = '' + let str = jsonData + let strArr = str.split('\n') + let arr = strArr.filter(e => !e.includes('//') && !e.includes('/**') || e.includes('"//')) + arr.forEach(s => { + s = s.trim() + }) + let realStr = arr.join('\n') + let dd: any = '' + try { + dd = JSON.parse(realStr) + } catch (error) { + console.error('输入的Json有误') + } + let tt = await parserMain?.getCode(dd) || '' + output += tt + console.log('handleJsonData', output) +} + +handleJsonData() + +/** 处理指令txt文本数据 */ +function handleTxtData() { + let parserMain = new ParserMain(); + parserMain.setDeviceByName('解析器1'); + let output = '' + let str = txtData + let strArr = str.split('\n') + + let code = '' + + let orderList = parserMain._device.getCodeListByOrderKeys(['FSTART', 'T', 'C', 'FEND', 'MARK']) + + const reg_G = /^[Gg](\d+\.?\d*)$/ + const reg_X = /^[Xx](\d+\.?\d*)$/ + const reg_Y = /^[Yy](\d+\.?\d*)$/ + const reg_Z = /^[Zz](\d+\.?\d*)$/ + const reg_F = /^[Ff](\d+\.?\d*)$/ + const reg_R = /^[Rr](\d+\.?\d*)$/ + const reg_I = /^[Ii](\d+\.?\d*)$/ + const reg_J = /^[Jj](\d+\.?\d*)$/ + const reg_K = /^[Kk](\d+\.?\d*)$/ + + strArr.forEach(str => { + let codeLineData = str.split(' ') + if (Object.keys(codeLineData) && codeLineData.length > 0) { + let orderKey = codeLineData[0] + let paramsValue = codeLineData[1] + let orderItem = orderList.find(e => e.order == orderKey) + + if (orderItem) { + /** */ + // console.log('orderKey', orderKey); + if (orderItem.order == 'KnifeMove') { + // let codeParams: CodeParams = { + + // } + + } else { + code += parserMain.handleCode(orderItem.code, orderItem.order, paramsValue) + } + } else { + let tempCodeParams = {} + codeLineData.forEach(e => { + if (['G0', 'G00', 'G1', 'G01', 'G2', 'G02', 'G3', 'G03', + 'g0', 'g00', 'g1', 'g01', 'g2', 'g02', 'g3', 'g03' + ].includes(e)) { + let match = e.match(reg_G) + if (match != null) { + if (match[1] == '0' || match[1] == '00') { + tempCodeParams.dir = 0 + } else if (match[1] == '1' || match[1] == '01') { + tempCodeParams.dir = 1 + } else if (match[1] == '2' || match[1] == '02') { + tempCodeParams.dir = 2 + } else if (match[1] == '3' || match[1] == '03') { + tempCodeParams.dir = 3 + } + + } + } else if (e.includes('x') || e.includes('X')) { + let match = e.match(reg_X) + if (match != null) { + tempCodeParams.x = match[1] + } + } else if (e.includes('y') || e.includes('Y')) { + let match = e.match(reg_Y) + if (match != null) { + tempCodeParams.y = match[1] + } + } else if (e.includes('z') || e.includes('Z')) { + let match = e.match(reg_Z) + if (match != null) { + tempCodeParams.z = match[1] + } + } else if (e.includes('f') || e.includes('F')) { + let match = e.match(reg_F) + if (match != null) { + tempCodeParams.f = match[1] + } + } else if (e.includes('r') || e.includes('R')) { + let match = e.match(reg_R) + if (match != null) { + tempCodeParams.r = match[1] + } + } else if (e.includes('i') || e.includes('I')) { + let match = e.match(reg_I) + if (match != null) { + tempCodeParams.i = match[1] + } + } else if (e.includes('j') || e.includes('J')) { + let match = e.match(reg_J) + if (match != null) { + tempCodeParams.j = match[1] + } + } else if (e.includes('k') || e.includes('K')) { + let match = e.match(reg_K) + if (match != null) { + tempCodeParams.k = match[1] + } + } + }) + + // console.log('tempCodeParams.dir', tempCodeParams.dir, str); + if (tempCodeParams.dir != undefined) { + let tempProcessItem = { + list: [tempCodeParams] + } + + code += parserMain.handleCode('C', 'KnifeMove', tempProcessItem) + } else { + code += str + '\n' + } + + } + } + }) + + if (parserMain._device.isUseSimpleCode == true) { + code = parserMain._device.handleSimpleCode(code) + } + output += code + console.log('handleTxtData',output) +} + +// handleTxtData() +//#region 获取解析器列表 +function getDeviceList(){ + let list = parserMain.getDeviceList() + // console.log(list) +} +//#endregion + + +//#region 设置要使用的解析器 + +function setDevice(){ + parserMain.setDevice(device1) + // console.log(parserMain._device) + +} + +function setDeviceByName(){ + parserMain.setDeviceByName('解析器2') + // console.log(parserMain._device) +} + +function setDeviceByKey(){ + parserMain.setDeviceByKey('device1') + // console.log(parserMain._device) +} +//#endregion + +//#region 设置 diff --git a/src/processParser/common/ArrayExt.ts b/src/processParser/common/ArrayExt.ts new file mode 100644 index 0000000..1fa4e41 --- /dev/null +++ b/src/processParser/common/ArrayExt.ts @@ -0,0 +1,187 @@ +/** + * 删除数组中指定的元素,返回数组本身 + * @param {Array} arr 需要操作的数组 + * @param {*} el 需要移除的元素 + */ +export function arrayRemove(arr: Array, el: T): Array +{ + let j = 0 + for (let i = 0, l = arr.length; i < l; i++) + { + if (arr[i] !== el) + { + arr[j++] = arr[i] + } + } + arr.length = j + + return arr +} + +export function arrayRemoveOnce(arr: Array, el: T): Array +{ + let index = arr.indexOf(el) + if (index !== -1) + arr.splice(index, 1) + return arr +} + +/** + * 删除通过函数校验的元素 + * @param {(e: T) => boolean} checkFuntion 校验函数 + */ +export function arrayRemoveIf(arr: Array, checkFuntion: (e: T) => boolean): Array +{ + let j = 0 + for (let i = 0, l = arr.length; i < l; i++) + { + if (!checkFuntion(arr[i])) + { + arr[j++] = arr[i] + } + } + arr.length = j + + return arr +} + +/** 获取数据第一个元素 */ +export function arrayFirst(arr: Array): T +{ + return arr[0] +} + +/** 获取数组最后一个元素 */ +export function arrayLast(arr: { [key: number]: T; length: number }): T +{ + return arr[arr.length - 1] +} + +/** + * 根据数值从小到大排序数组 + * @param {Array} arr + * @returns {Array} 返回自身 + */ +export function arraySortByNumber(arr: Array): Array +{ + arr.sort(sortNumberCompart) + return arr +} + +/** + * 对排序好的数组进行去重操作 + * @param {(e1, e2) => boolean} [checkFuction] 校验对象相等函数 + * @returns {Array} 返回自身 + */ +export function arrayRemoveDuplicateBySort(arr: Array, checkFuction: (e1: T, e2: T) => boolean = checkEqual): Array +{ + if (arr.length < 2) + return arr + let j = 1 + for (let i = 1, l = arr.length; i < l; i++) + if (!checkFuction(arr[j - 1], arr[i])) + arr[j++] = arr[i] + arr.length = j + return arr +} + +/** 原地更新数组,注意这个函数并不会比map快 */ +export function arrayMap(arr: Array, mapFunc: (v: T) => T): Array +{ + for (let i = 0, count = arr.length; i < count; i++) + arr[i] = mapFunc(arr[i]) + return arr +} + +/** 排序数比较 */ +function sortNumberCompart(e1: any, e2: any) +{ + return e1 - e2 +} + +/** 判断两个数是否相等 */ +function checkEqual(e1: any, e2: any): boolean +{ + return e1 === e2 +} + +/** + * 改变数组的值顺序 + * @param arr 需要改变初始值位置的数组 + * @param index //将index位置以后的值放到起始位置 + */ +export function changeArrayStartIndex(arr: T[], index: number): T[] +{ + arr.unshift(...arr.splice(index)) + return arr +} + +/** 判断两个数组是否相等 */ +export function equalArray(a: T[], b: T[], checkF = checkEqual) +{ + if (a === b) + return true + if (a.length !== b.length) + return false + for (let i = 0; i < a.length; ++i) + if (!checkF(a[i], b[i])) + return false + return true +} + +/** 数组克隆 */ +export function arrayClone(arr: T[]): T[] +{ + return arr.slice() +} + +/** 数组2元素合并到数组1末尾 */ +// https://jsperf.com/merge-array-implementations/30 +export function arrayPushArray(arr1: T[], arr2: T[]): T[] +{ + let arr1Length = arr1.length + let arr2Length = arr2.length + arr1.length = arr1Length + arr2Length + for (let i = 0; i < arr2Length; i++) + arr1[arr1Length + i] = arr2[i] + + return arr1 +} + +/** 数组元素求合 */ +export function arraySum(arr: number[]) +{ + let sum = 0 + for (let n of arr) sum += n + return sum +} + +/** 条件过滤集合 */ +export function FilterSet(s: Set, fn: (el: T) => boolean): Set +{ + let ns = new Set() + for (let el of s) + { + if (fn(el)) + ns.add(el) + } + return ns +} + +/** 查找数组中最大的元素 */ +export function arrayMax(arr: T[], f: (item: T) => number = a => (a as unknown as number)): [T, number] +{ + let max = Number.NEGATIVE_INFINITY + let maxIndex = -1 + for (let i = 0; i < arr.length; i++) + { + let item = arr[i] + let v = f(item) + if (v > max) + { + maxIndex = i + max = v + } + } + return [arr[maxIndex], maxIndex] +} diff --git a/src/processParser/common/Box2.ts b/src/processParser/common/Box2.ts new file mode 100644 index 0000000..2f71489 --- /dev/null +++ b/src/processParser/common/Box2.ts @@ -0,0 +1,183 @@ +import { Vector2 } from './Vector2.js' +import type { Point } from './Point.js' + +export class Box2 +{ + min: Vector2 + max: Vector2 + constructor(min = new Vector2(+Number.POSITIVE_INFINITY, +Number.POSITIVE_INFINITY), max = new Vector2(Number.NEGATIVE_INFINITY, Number.NEGATIVE_INFINITY)) + { + this.min = min + this.max = max + } + + /** 获取面积 */ + get area(): number + { + return (this.max.x - this.min.x) * (this.max.y - this.min.y) + } + + /** */ + set(min: Vector2, max: Vector2): Box2 + { + this.min.copy(min) + this.max.copy(max) + return this + } + + setFromPoints(points: Iterable): Box2 + { + this.makeEmpty() + for (let p of points) + { + this.expandByPoint(p) + } + return this + } + + private static _setFromCenterAndSize_v1 = new Vector2() + setFromCenterAndSize(center: Vector2, size: Vector2): Box2 + { + const v1 = Box2._setFromCenterAndSize_v1 + const halfSize = v1.copy(size).multiplyScalar(0.5) + this.min.copy(center).sub(halfSize) + this.max.copy(center).add(halfSize) + return this + } + + clone(): Box2 + { + return new (this.constructor as any)().copy(this) + } + + copy(box: Box2): Box2 + { + this.min.copy(box.min) + this.max.copy(box.max) + return this + } + + makeEmpty(): Box2 + { + this.min.x = this.min.y = +Number.POSITIVE_INFINITY + this.max.x = this.max.y = Number.NEGATIVE_INFINITY + return this + } + + isEmpty(): boolean + { + // this is a more robust check for empty than (volume <= 0) because volume can get positive with two negative axes + return (this.max.x < this.min.x) || (this.max.y < this.min.y) + } + + getCenter(result: Vector2 = new Vector2()): Vector2 + { + return this.isEmpty() ? result.set(0, 0) : result.addVectors(this.min, this.max).multiplyScalar(0.5) + } + + getSize(result: Vector2 = new Vector2()): Vector2 + { + return this.isEmpty() ? result.set(0, 0) : result.subVectors(this.max, this.min) + } + + expandByPoint(point: Point): Box2 + { + this.min.min(point) + this.max.max(point) + return this + } + + expandByVector(vector: Vector2): Box2 + { + this.min.sub(vector) + this.max.add(vector) + return this + } + + expandByScalar(scalar: number): Box2 + { + this.min.addScalar(-scalar) + this.max.addScalar(scalar) + return this + } + + containsPoint(point: Vector2): boolean + { + if (point.x < this.min.x || point.x > this.max.x + || point.y < this.min.y || point.y > this.max.y) + { + return false + } + return true + } + + containsBox(box: Box2): boolean + { + if ((this.min.x <= box.min.x) && (box.max.x <= this.max.x) + && (this.min.y <= box.min.y) && (box.max.y <= this.max.y)) + { + return true + } + return false + } + + getParameter(point: Vector2, result: Vector2 = new Vector2()): Vector2 + { + // This can potentially have a divide by zero if the box + // has a size dimension of 0. + return result.set( + (point.x - this.min.x) / (this.max.x - this.min.x), + (point.y - this.min.y) / (this.max.y - this.min.y), + ) + } + + intersectsBox(box: Box2): boolean + { + // using 6 splitting planes to rule out intersections. + if (box.max.x < this.min.x || box.min.x > this.max.x + || box.max.y < this.min.y || box.min.y > this.max.y) + { + return false + } + return true + } + + clampPoint(point: Vector2, result: Vector2 = new Vector2()): Vector2 + { + return result.copy(point).clamp(this.min, this.max) + } + + private static _distanceToPoint_v1 = new Vector2() + distanceToPoint(point: Vector2): number + { + const v1 = Box2._distanceToPoint_v1 + const clampedPoint = v1.copy(point).clamp(this.min, this.max) + return clampedPoint.sub(point).length() + } + + intersect(box: Box2): Box2 + { + this.min.max(box.min) + this.max.min(box.max) + return this + } + + union(box: Box2): Box2 + { + this.min.min(box.min) + this.max.max(box.max) + return this + } + + translate(offset: Point): Box2 + { + this.min.add(offset) + this.max.add(offset) + return this + } + + equals(box: Box2): boolean + { + return box.min.equals(this.min) && box.max.equals(this.max) + } +}; diff --git a/src/processParser/common/ClipperCpp.ts b/src/processParser/common/ClipperCpp.ts new file mode 100644 index 0000000..7bb2a5f --- /dev/null +++ b/src/processParser/common/ClipperCpp.ts @@ -0,0 +1,25 @@ +import * as clipperLib from 'js-angusj-clipper/web/index.js' + +// nodejs style require + +export const clipperCpp: { lib?: clipperLib.ClipperLibWrapper } = {} +export function InitClipperCpp(): Promise +{ + if (clipperCpp.lib) + return + if (!globalThis.document) + globalThis.document = {} as any + return new Promise((res, rej) => + { + clipperLib.loadNativeClipperLibInstanceAsync( + // let it autodetect which one to use, but also available WasmOnly and AsmJsOnly + // clipperLib.NativeClipperLibRequestedFormat.WasmWithAsmJsFallback + clipperLib.NativeClipperLibRequestedFormat.WasmOnly, + ).then((c) => + { + clipperCpp.lib = c + res() + console.log('载入成功!') + }) + }) +} diff --git a/src/processParser/common/ComparePoint.ts b/src/processParser/common/ComparePoint.ts new file mode 100644 index 0000000..b701ce6 --- /dev/null +++ b/src/processParser/common/ComparePoint.ts @@ -0,0 +1,62 @@ +interface Vec2 { x: number; y: number } + +export type CompareVectorFn = (v1: Vec2, v2: Vec2) => number + +const comparePointCache: Map = new Map() + +const ALLKEY = ['x', 'X', 'y', 'Y', 'z', 'Z'] +const KEY = ['x', 'y', 'z'] + +/** + * 构建返回一个用来排序的函数.根据key创建排序规则. + * + * 当key = "xyz" 时,点集按 x从小到大,y从小到大 z从小到大 + * key = "X" 时,点集按 x从大到小 + * 以此类推. + * + * 例子: + * let pts:Vector3[] =...; + * pts.sort(comparePoint("x")); //x从小到大排序 + * pts.sort(comparePoint("zX")); //z从小到大 x从大到小 + * + * @export + * @param {string} sortKey + */ +export function ComparePoint(sortKey: string): CompareVectorFn +{ + if (comparePointCache.has(sortKey)) + return comparePointCache.get(sortKey) + + let sortIndex = [] + + for (let char of sortKey) + { + let index = ALLKEY.indexOf(char) + + let i2 = index / 2 + let ci = Math.floor(i2) + sortIndex.push([KEY[ci], i2 > ci ? 1 : -1]) + } + + let compareFunction = (v1: Vec2, v2: Vec2): number => + { + if (!v1) + return -1 + if (!v2) + return 1 + for (let s of sortIndex) + { + let vv1 = v1[s[0]] + let vv2 = v2[s[0]] + if (vv1 === vv2) + continue + if (vv2 > vv1) + return s[1] + else return -s[1] + } + return 0 + } + + comparePointCache.set(sortKey, compareFunction) + return compareFunction +} diff --git a/src/processParser/common/ConvexHull2D.ts b/src/processParser/common/ConvexHull2D.ts new file mode 100644 index 0000000..ff386d1 --- /dev/null +++ b/src/processParser/common/ConvexHull2D.ts @@ -0,0 +1,9 @@ +import convexHull from 'monotone-convex-hull-2d' +import type { Point } from './Point' + +export function ConvexHull2D(points: Point[]): Point[] +{ + let pts = points.map(p => [p.x, p.y]) + let indexs: number[] = convexHull(pts) + return indexs.map(i => points[i]) +} diff --git a/src/processParser/common/Filer.ts b/src/processParser/common/Filer.ts new file mode 100644 index 0000000..a319f18 --- /dev/null +++ b/src/processParser/common/Filer.ts @@ -0,0 +1,31 @@ +/** + * CAD文件数据 + */ +export class NestFiler +{ + private readIndex: number = 0 + constructor(public _datas: any[] = []) { } + + Clear() + { + this._datas.length = 0 + return this.Reset() + } + + Reset() + { + this.readIndex = 0 + return this + } + + Write(data: any) + { + this._datas.push(data) + return this + } + + Read(): any + { + return this._datas[this.readIndex++] + } +} diff --git a/src/processParser/common/GraphAvoidance.ts b/src/processParser/common/GraphAvoidance.ts new file mode 100644 index 0000000..8c6bc6c --- /dev/null +++ b/src/processParser/common/GraphAvoidance.ts @@ -0,0 +1,1265 @@ +import { Vector2, Vector3 } from 'three' +import { Line, Polyline } from 'cadapi' +import type { PlaceBlock } from '../vo/order/PlaceBlock' +import type { SaleBlockHole } from '../vo/model/SaleBlockHole' +import type { SaleBlockModel } from '../vo/model/SaleBlockModel' +import { Point } from '../vo/point/Point' +import { BlockPlus } from '../vo/order/BlockPlus' +import { Arc2d, CADExt } from './base/CAD' + +/** 图形类，两种图形一种异形和一种矩形 */ +class Graphy +{ + private Polyline: Polyline + + private _IsRect: boolean = undefined + /** 判断是否是盒子图形，水平竖直矩形 */ + get IsRect() + { + if (this._IsRect == undefined) + { + for (let index = 0; index < this.AllPoints.length - 1; index++) + { + const pt1 = this.AllPoints[index] + const pt2 = this.AllPoints[index + 1] + if (Math.abs(pt1.X - pt2.X) > 0.1 && Math.abs(pt1.Y - pt2.Y) > 0.1) + { + this._IsRect = false + return + } + } + for (let pt of this.AllPoints) + { + if (!this.Box.onLinePt(pt.X, pt.Y)) + { + this._IsRect = false + return + } + } + this._IsRect = true + } + + return this._IsRect + } + + private _AllPoints: CfPoint[] + /** 所有的夹点 */ + get AllPoints() + { + if (this._AllPoints == undefined) + { + this._AllPoints = [] + for (let i = 0; i < this.Polyline.LineData.length - 1; i++) + { + let prePt = this.Polyline.LineData[i] + let lastPt = this.Polyline.LineData[i + 1] + if (prePt.bul != 0) + { + let points = CADExt.getPointsFromCurve(prePt.pt.x, prePt.pt.y, lastPt.pt.x, lastPt.pt.y, prePt.bul, 2) + for (let pt of points) + { + this._AllPoints.push(new CfPoint(pt.x, pt.y)) + } + } else + { + this._AllPoints.push(new CfPoint(prePt.pt.x, prePt.pt.y)) + } + } + } + return this._AllPoints + } + + private _Box: Box + /** 外包框 盒子对象 */ + get Box() + { + if (this._Box == undefined) + { + let boud = this.Polyline.BoundingBox + this._Box = Box.createBox(new CfPoint(boud.min.x, boud.min.y), new CfPoint(boud.max.x, boud.max.y)) + } + return this._Box + } + + private constructor(pl: Polyline) + { + this.Polyline = pl + } + + /** 通过盒子创建图形 */ + public static createByBox(pBox: Box): Graphy + { + let pl: Polyline = new Polyline() + let points = pBox.get4Pt() + points.push(points[0]) + + for (let i = 0; i < points.length; i++) + { + const pt = points[i] + pl.AddVertexAt(i, new Vector2(pt.X, pt.Y)) + } + + return Graphy.createByPolyline(pl) + } + + public static createByPolyline(pl: Polyline): Graphy + { + let g = new Graphy(pl) + return g + } + + /** 判断两个图形是否相交 */ + public intersectGraphy(inGraphy: Graphy): boolean + { + if (this.Box.intersect(inGraphy.Box)) + { + let v3d = this.Polyline.IntersectWith(inGraphy.Polyline, 0) + if (v3d.length > 0) + return true + } + return false + } + + /** 判断两个图形是否相交 */ + public intersectBox(inBox: Box): boolean + { + if (this.Box.intersect(inBox)) + { + // if (this.IsRect) return true; + let gra = Graphy.createByBox(inBox) + return this.intersectGraphy(gra) + } + return false + } + + /** 判断两个图形是否覆盖 */ + public coverBox(inBox: Box): boolean + { + if (this.Box.intersect(inBox)) + { + if (this.IsRect) + return true + // 判断矩形点是否在图形内部 + let pts = inBox.get4Pt() + for (let pt of pts) + { + if (this.includesPt(pt)) + return true + } + // 判断异形点是否在矩形内部 + for (let pt of this.AllPoints) + { + if (inBox.includesPt(pt.X, pt.Y)) + return true + } + // 两个图形相交则覆盖 + let gra = Graphy.createByBox(inBox) + return this.intersectGraphy(gra) + } + + return false + } + + /** 判断点是否在轮廓内部 */ + public includesPt(pt: CfPoint): boolean + { + if (this.Box.includesPt(pt.X, pt.Y)) + { + if (this.IsRect) + return true// 矩形 + // 异形 + let v: Vector3 = new Vector3(pt.X, pt.Y) + return this.Polyline.PtInCurve(v) + } + return false + } + + /** 判断box是否在轮廓内部 */ + public includesBox(box: Box): boolean + { + if (!this.includesPt(box.minPt)) + return false + if (!this.includesPt(box.maxPt)) + return false + + return true + } + + /** 判断box是否在轮廓内部 */ + public includesGraphy(box: Graphy): boolean + { + for (let pt of box.AllPoints) + { + if (!this.includesPt(pt)) + return false + } + + return true + } + + /** 获取最近的延伸相交点 */ + public getCloseExtendIntersectPoint(pt: CfPoint): CfLine[] + { + let reLes: CfLine[] = [] + let v3d = new Vector3(pt.X, pt.Y, 0) + let closePt = this.Polyline.GetClosestPointTo(v3d, false) + let tempClosePt = new CfPoint(closePt.x, closePt.y) + + let vectors = this.intersectLine(new CfPoint(v3d.x, v3d.y), tempClosePt) + if (vectors.length < 2) + return reLes + for (let i = 0; i <= vectors.length - 2; i++) + { + // 数组里面的第一个点为最近点 + let pt1 = vectors[i] + let pt2 = vectors[i + 1] + if (tempClosePt.DistensTo(pt1) < tempClosePt.DistensTo(pt2)) + { + let le: CfLine = new CfLine(pt1, pt2) + reLes.push(le) + } else + { + let le: CfLine = new CfLine(pt2, pt1) + reLes.push(le) + } + i += 1 + } + + return reLes + } + + /** 图形相交于线返回多个点 */ + public intersectLine(sPt: CfPoint, ePt: CfPoint): CfPoint[] + { + // 此处只获取相交内部的线段 + let line = new Line(new Vector3(sPt.X, sPt.Y), new Vector3(ePt.X, ePt.Y)) + let vectors = this.Polyline.IntersectWith(line, 2) + // 相交出来的可能是个切点所以有可能会有奇数出现 + let rePoint: CfPoint[] = [] + for (let i = 0; i <= vectors.length - 2; i++) + { + let pt1 = vectors[i] + let pt2 = vectors[i + 1] + let cpt = new CfPoint((pt1.x + pt2.x) / 2, (pt1.y + pt2.y) / 2) + if (this.includesPt(cpt)) + { + rePoint.push(new CfPoint(pt1.x, pt1.y)) + rePoint.push(new CfPoint(pt2.x, pt2.y)) + i += 1 + } + } + + return rePoint + } +} + +/** 标签盒子类 */ +export class NoteBox +{ + private _Pt: CfPoint + private _W: number + private _L: number + /** 中点 */ + get CenterPt() { return this._Pt } + /** 宽 */ + get W() { return this._W } + /** 长 */ + get L() { return this._L } + + private _box: Box + /** 外包框 矩形 */ + get Box() + { + if (this._box == undefined) + { + let minPt = new CfPoint(this._Pt.X - this.W / 2, this._Pt.Y - this.L / 2) + let maxPt = new CfPoint(this._Pt.X + this.W / 2, this._Pt.Y + this.L / 2) + this._box = Box.createBox(minPt, maxPt) + } + return this._box + } + + constructor(pt: CfPoint, w: number, l: number) + { + this._Pt = pt + this._W = w + this._L = l + } + + /** 判断是否包含点位 */ + public getIncludesPoints(points: CfPoint[]): CfPoint[] + { + let reArrPt: CfPoint[] = [] + for (let pt of points) + { + if (this.Box.includesPt(pt.X, pt.Y)) + reArrPt.push(pt) + } + return reArrPt + } + + /** 判断是否包含点位 */ + public includesPoints(points: CfPoint[]): boolean + { + for (let pt of points) + { + if (this.Box.includesPt(pt.X, pt.Y)) + return true + } + return false + } + + /** 移动盒子对象 */ + public moveBox(pt: CfPoint) + { + if (pt.X < 0) + { + let T = 0 + } + this._Pt = pt + this._box = undefined + } +} + +class CfLine +{ + private _Pt1: CfPoint + private _Pt2: CfPoint + + get StartPt() + { + return this._Pt1 + } + + get EndPt() + { + return this._Pt2 + } + + public constructor(pt1: CfPoint, pt2: CfPoint) + { + if (pt1 == undefined) + { + let jj = 0 + } + this._Pt1 = pt1 + this._Pt2 = pt2 + } + + get Length() { return this._Pt1.DistensTo(this._Pt2) } + + getCenterPt() + { + return this.StartPt.extendPoint(this.EndPt, this.Length / 2) + } + + /** 排序 */ + public innerOrderPoints(points: CfPoint[]): CfPoint[] + { + let rePoint: CfPoint[] = [] + rePoint.push(this.StartPt) + while (points.length > 0) + { + let index = 0 + let minLen: number = Number.MAX_VALUE + for (let i = 0; i < points.length; i++) + { + const element = points[i] + let len = this.StartPt.DistensTo(element) + if (minLen > len) + { + index = i + minLen = len + break + } + } + rePoint.push(points[index]) + points.splice(index, 1) + } + + rePoint.push(this.EndPt) + return rePoint + } + + /** 旋转线 */ + public rotate(centerPt: CfPoint, ang: number): CfLine + { + let pt1 = this.StartPt.Rotate(centerPt, ang) + let pt2 = this.EndPt.Rotate(centerPt, ang) + return new CfLine(pt1, pt2) + } +} + +/** 点 */ +class CfPoint +{ + public X = 0 + public Y = 0 + + get length() + { + return Math.sqrt(this.X * this.X + this.Y * this.Y) + } + + constructor(x: number, y: number) + { + this.X = x + this.Y = y + } + + /** 延伸一个点 */ + public extendPoint(pt: CfPoint, length: number): CfPoint + { + let vert1 = this.Subtract(pt).Normal() + let tempPt = vert1.Multiply(length) + return this.Add(tempPt) + } + + /** 延伸一个点 */ + public extendVector(vector: CfPoint, length: number): CfPoint + { + let vert1 = vector.Normal() + let tempPt = vert1.Multiply(length) + return this.Add(tempPt) + } + + public Add(p1: CfPoint): CfPoint + { + return new CfPoint(p1.X + this.X, p1.Y + this.Y) + } + + /** otherPt - 本身 */ + public Subtract(otherPt: CfPoint): CfPoint + { + return new CfPoint(otherPt.X - this.X, otherPt.Y - this.Y) + } + + public DistensTo(pt: CfPoint): number + { + let tempX = pt.X - this.X + let tempy = pt.Y - this.Y + let len = Math.sqrt(tempX * tempX + tempy * tempy) + return len + } + + public Normal(): CfPoint + { + let k = 1 / this.length + return new CfPoint(this.X * k, this.Y * k) + } + + public Multiply(c: number): CfPoint + { + return new CfPoint(this.X * c, this.Y * c) + } + + public Rotate(centerPt: CfPoint, ang: number): CfPoint + { + let thisPt = new Vector2(this.X, this.Y) + let vert1 = new Vector2(centerPt.X, centerPt.Y) + let tempPt = thisPt.rotateAround(vert1, ang) + return new CfPoint(tempPt.x, tempPt.y) + } +} + +/** 图形碰撞类 */ +export class GraphAvoidance +{ + private Block: PlaceBlock + // 标签的宽 + private NoteW: number + // 标签的长 + private NoteL: number + // 小板外轮廓图形对象 + private BlockGraph: Graphy + // 造型数组对象 + private ModelesGraph: Graphy[] = [] + + public static debugId: string = '' + + constructor(b: PlaceBlock, w: number, l: number) + { + this.Block = b + this.NoteW = w + this.NoteL = l + let points = this.getBorderPoints(b) + let pl: Polyline = new Polyline() + for (let i = 0; i < points.length; i++) + { + const pt = points[i] + pl.AddVertexAt(i, new Vector2(pt.X, pt.Y)) + } + this.BlockGraph = Graphy.createByPolyline(pl) + } + + /** 获取自动标签的计算点位 */ + public getAutoPrintNotePoint(isFaceB: boolean = false, avoidHole: boolean = true): NoteBox + { + let centerPt = this.BlockGraph.Box.getCenterPt() + let nodeBox: NoteBox = new NoteBox(centerPt, this.NoteW, this.NoteL) + if (nodeBox.L > this.BlockGraph.Box.L - 2 && nodeBox.W > this.BlockGraph.Box.W - 2) + return nodeBox + + // 获取图形数据 + + let boxs: Graphy[] = [] + if (avoidHole) + { + // 初始化模型和造型数据 + boxs = this.initModelAndHole(isFaceB) + } + + // 判断是否可以循环打印 + if (this.canWhilePrintNote(nodeBox, boxs)) + { + // 是否对齐居中点位 + this.isAlignCenterNote(nodeBox, boxs) + return nodeBox + } else + { + // 获取无法找到打印点的节点 + return this.getNoPrintNotePoint(boxs) + } + } + + /** 大多数情况为板很小的时候调用 */ + private getNoPrintNotePoint(boxs: Graphy[]): NoteBox + { + if (this.BlockGraph.IsRect && this.ModelesGraph.length == 0 && boxs.length == 0)// 矩形无法找到是就贴中间 + { + let centerPt = this.BlockGraph.Box.getCenterPt() + return new NoteBox(centerPt, this.NoteW, this.NoteL) + } else // 异形需要找点位 + { + let tempPt = this.lookUpPoint(boxs) + if (tempPt != undefined) + return new NoteBox(tempPt, this.NoteW, this.NoteL) + } + return undefined + } + + /** 寻找点位 */ + private lookUpPoint(boxs: Graphy[]): CfPoint + { + let centerPt = this.BlockGraph.Box.getCenterPt() + let note = new NoteBox(centerPt, this.NoteW, this.NoteL) + let val: number = 2 + let maxLen = Math.max(this.BlockGraph.Box.L, this.BlockGraph.Box.W) / 2 + // 偏移寻找 + while (true) + { + if (val >= maxLen) + break + let tempLes: CfLine[] = getArrayCurve(centerPt, val) + val += 2 + let ArrLine: CfLine[] = [] + for (let le of tempLes) + { + let line = this.lookUpLine(le.StartPt, le.EndPt) + if (line == undefined) + continue + note.moveBox(line.getCenterPt()) + if (this.isPrintNote(note, boxs, [], false)) + { + ArrLine.push(line) + } + } + if (ArrLine.length == 0) + continue + let tempLe = ArrLine.sort((a, b) => b.Length - a.Length)[0] + return tempLe.getCenterPt() + } + + // 对角寻找不管哪种只要相交的都算 + let points = this.BlockGraph.Box.get4Pt() + let upPt = new CfPoint(centerPt.X, centerPt.Y + 100) + let leftPt = new CfPoint(centerPt.X + 100, centerPt.Y) + let ArrLine: CfLine[] = [] + let le = this.lookUpLine(centerPt, upPt) + if (le != undefined) + ArrLine.push(le) + le = this.lookUpLine(centerPt, leftPt) + if (le != undefined) + ArrLine.push(le) + le = this.lookUpLine(points[0], points[2]) + if (le != undefined) + ArrLine.push(le) + le = this.lookUpLine(points[1], points[3]) + if (le != undefined) + ArrLine.push(le) + + // 获取长度最大的线 + let tempLe = ArrLine.sort((a, b) => b.Length - a.Length)[0] + if (tempLe == undefined) + return centerPt + return tempLe.getCenterPt() + + function getArrayCurve(centerPt: CfPoint, val: number): CfLine[] + { + let tempLes: CfLine[] = [] + tempLes.push(new CfLine(new CfPoint(centerPt.X - val, centerPt.Y + 100), new CfPoint(centerPt.X - val, centerPt.Y))) + tempLes.push(new CfLine(new CfPoint(centerPt.X + val, centerPt.Y + 100), new CfPoint(centerPt.X + val, centerPt.Y))) + + tempLes.push(new CfLine(new CfPoint(centerPt.X + 100, centerPt.Y + val), new CfPoint(centerPt.X, centerPt.Y + val))) + tempLes.push(new CfLine(new CfPoint(centerPt.X + 100, centerPt.Y - val), new CfPoint(centerPt.X, centerPt.Y - val))) + + return tempLes + } + } + + /** 寻找最长的线 */ + private lookUpLine(pt1: CfPoint, pt2: CfPoint): CfLine + { + let profileGrapy = this.BlockGraph + let arrPt = profileGrapy.intersectLine(pt1, pt2) + if (arrPt.length < 2) + return undefined + let tempLine = new CfLine(arrPt[0], arrPt[1]) + + let rePoints: CfPoint[] = [] + for (let g of this.ModelesGraph) + { + let temps = g.intersectLine(pt1, pt2) + if (temps.length > 1 && temps.length % 2 == 0) + { + temps.forEach(t => rePoints.push(t)) + } + } + let points = tempLine.innerOrderPoints(rePoints) + + let ArrLine: CfLine[] = [] + for (let i = 0; i <= points.length - 2; i++) + { + AddLine(points[i], points[i + 1]) + i += 1 + } + + // 获取长度最大的线 + let tempLe = ArrLine.sort((a, b) => b.Length - a.Length)[0] + return tempLe + + function AddLine(pt1: CfPoint, pt2: CfPoint) + { + let le1 = new CfLine(pt1, pt2) + ArrLine.push(le1) + } + } + + /** 是否对齐居中点位 */ + private isAlignCenterNote(nodeBox: NoteBox, graphys: Graphy[]) + { + if (this.BlockGraph.IsRect) + return// 矩形不做判断 + let cPt = nodeBox.CenterPt + // 获取最近点的延伸相交的两个点 + let les = this.BlockGraph.getCloseExtendIntersectPoint(cPt) + if (les.length == 0) + return + for (let le of les) + { + if (le.StartPt.DistensTo(cPt) > this.NoteL * 2) + continue + if (le.Length < this.NoteL * 1.5) + continue // 距离过小的不做判断 + let tempLe = le.rotate(le.getCenterPt(), Math.PI / 2) + let points = this.BlockGraph.intersectLine(tempLe.StartPt, tempLe.EndPt) + for (let i = 0; i <= points.length - 2; i++) + { + let le4 = new CfLine(points[i], points[i + 1]) + nodeBox.moveBox(le4.getCenterPt()) + if (this.isPrintNote(nodeBox, graphys, [])) + return + } + } + + for (let le of les) + { + if (le.StartPt.DistensTo(cPt) > this.NoteL * 2) + continue + if (le.Length < this.NoteL * 1.5) + continue // 距离过小的不做判断 + nodeBox.moveBox(le.getCenterPt()) + if (this.isPrintNote(nodeBox, graphys, [])) + return + } + + nodeBox.moveBox(cPt)// 将点位还原 + } + + /** 初始化模型和造型数据 */ + private initModelAndHole(isFaceB: boolean): Graphy[] + { + let boxs: Graphy[] = [] + let mGs = this.ModelesGraph + + if (this.Block.IsScrapBlock) + return boxs + let holes = this.getHoles(this.Block, isFaceB)// BlockHelper.GetHoles_DoFace(this.Block, isFaceB); + for (let h of holes)// 孔数据 + { + let pt: CfPoint = new CfPoint(h.PointX, h.PointY) + let pBox = Box.createBoxByPoint(pt, h.Radius) + boxs.push(Graphy.createByBox(pBox)) + } + + // 造型数据 + let models = this.getModels(this.Block, isFaceB)// BlockHelper.GetModels_DoFace(this.Block, isFaceB); + let vms: SaleBlockModel[] = [] + for (let model of models) + { + if (model.isVKnifeModel) { + vms.push(model) + continue + } + if (model.HasContour)// 普通造型 + { + let pts = model.OriginModeling.outline.pts + let buls = model.OriginModeling.outline.buls + let pl: Polyline = new Polyline() + for (let i = 0; i < pts.length; i++) + { + let v = new Vector2(pts[i].x, pts[i].y) + pl.AddVertexAt(i, v) + pl.SetBulgeAt(i, buls[i]) + } + Add(Graphy.createByPolyline(pl)) + } else + { + let pl: Polyline = new Polyline() + for (let i = 0; i < model.PointList.length; i++) + { + let theP = model.PointList[i] + let v = new Vector2(theP.PointX, theP.PointY) + pl.AddVertexAt(i, v) + pl.SetBulgeAt(i, theP.Curve) + } + Add(Graphy.createByPolyline(pl)) + } + } + // 二维刀路 + // let vms = BlockHelper.getVModels(this.Block); + for (let vm of vms) + { + // if (models.includes(vm.model) == false) continue; + for (let vl of vm.VLines) { + let points = vl.points + // 普通造型 + for (let i = 0; i < points.length - 1; i++) + { + let prevP = points[i] + let theP = points[i + 1] + let pl: Polyline = this.getOffsetPolyline(prevP, theP, vl.knifeRadius, vl.knifeRadius) + let tempG = Graphy.createByPolyline(pl) + Add(tempG) + } + } + } + + return boxs + + function Add(g: Graphy) + { + if (g.Box.L < 50 && g.Box.W < 50) + { + boxs.push(g) + } else + { + for (let i = 0; i < mGs.length; i++) + { + let tempG = mGs[i] + if (tempG.includesGraphy(g)) + return + if (g.includesGraphy(tempG)) + { + mGs[i] = g + return + } + } + mGs.push(g) + } + } + } + + /** 循环移动此节点判断是否可以打印 */ + private canWhilePrintNote(nodeBox: NoteBox, graphys: Graphy[]): boolean + { + let firstBox: Graphy[] = [] + // 第一次判断 + if (this.isPrintNote(nodeBox, graphys, firstBox)) + return true + // return true; + // 外轮廓循环寻找 + let filterBox: Box = nodeBox.Box + if (firstBox.length > 0) + { + filterBox = Box.createBoxByBoxs(firstBox) + } + // 循环 + while (true) + { + let reBoxs: Graphy[] = [] + if (this.canMovePrintNote(nodeBox, graphys, filterBox, reBoxs)) + return true + if (reBoxs.length == 0) + { + if (filterBox.W >= this.Block.PlaceWidth && filterBox.L >= this.Block.PlaceLength) + break + // filterBox.extendBox(nodeBox.W, nodeBox.L); + filterBox.extendBox(1, 1) + continue + } + let tempBox = Box.createBoxByBoxs(reBoxs) + filterBox.AddBox(tempBox) + } + + // 通过造型边界判断 + if (this.ModelesGraph.length > 0) + { + for (let g of this.ModelesGraph) + { + let cpt: CfPoint = g.Box.getCenterPt() + nodeBox.moveBox(cpt) + filterBox = g.Box + if (this.canMovePrintNote(nodeBox, graphys, filterBox, [])) + return true + } + } + + // 通过圆孔边界寻找 + if (graphys.length > 0) + { + for (let g of firstBox) + { + let cpt: CfPoint = g.Box.getCenterPt() + nodeBox.moveBox(cpt) + filterBox = g.Box + if (this.canMovePrintNote(nodeBox, graphys, filterBox, [])) + return true + } + + for (let g of graphys) + { + let cpt: CfPoint = g.Box.getCenterPt() + nodeBox.moveBox(cpt) + filterBox = g.Box + if (this.canMovePrintNote(nodeBox, graphys, filterBox, [])) + return true + } + } + // + + return false + } + + /** 此节点移动完之后是否可以打印 */ + private canMovePrintNote(nodeBox: NoteBox, rects: Graphy[], filterBox: Box, reBoxs: Graphy[]): boolean + { + let tempPts = this.getFilterPoint(this.Block, nodeBox, filterBox) + for (let pt of tempPts) + { + let cpt = filterBox.getCenterPt() + let len = cpt.DistensTo(pt) + let newPt = cpt.extendPoint(pt, len + nodeBox.W / 2) + if (!GraphAvoidance.checkPoint(this.Block, newPt.X, newPt.Y)) + continue + nodeBox.moveBox(newPt) + if (this.isPrintNote(nodeBox, rects, reBoxs)) + { + reBoxs.length = 0// 清空数组 + return true + } + } + return false + } + + /** 标签是否可以打印 */ + private isPrintNote(nodeBox: NoteBox, rects: Graphy[], reBox: Graphy[], breakProfile = true): boolean + { + if (this.isNodeInProfile(nodeBox, breakProfile)) + { + let arrPt = this.getIntersectBox(nodeBox, rects) + if (arrPt.length == 0) + return true + arrPt.forEach(t => reBox.push(t)) + } + return false + } + + /** 判断点是否在轮廓内部 */ + private isNodeInProfile(nodeBox: NoteBox, breakProfile = true): boolean + { + if (breakProfile) + { + if (!this.BlockGraph.includesBox(nodeBox.Box)) + return false// 不包含盒子 + if (this.BlockGraph.intersectBox(nodeBox.Box)) + return false// 盒子和图形相交 + } + + // 造型是否相交于造型 + if (this.ModelesGraph.length > 0) + { + for (let m of this.ModelesGraph) + { + if (m.coverBox(nodeBox.Box)) + { + let jj = 0 + return false + } + } + } + return true + } + + /** 获取过滤的点数据 */ + private getFilterPoint(b: PlaceBlock, nodeBox: NoteBox, box: Box): CfPoint[] + { + let cpt = box.getCenterPt()// 盒子的中点 + let arrPt: CfPoint[] = [] + let xlen = box.W / 2 + nodeBox.W / 2 + let ylen = box.L / 2 + nodeBox.L / 2 + pushPoint(cpt.X + xlen, cpt.Y)// 添加右侧点 + pushPoint(cpt.X - xlen, cpt.Y)// 添加左侧点 + if (box.L > nodeBox.L) + { + addPointx(nodeBox, box, xlen) + addPointx(nodeBox, box, -xlen) + } + + pushPoint(cpt.X, cpt.Y + ylen)// 添加上部点 + pushPoint(cpt.X, cpt.Y - ylen)// 添加下部点 + if (box.W > nodeBox.W) + { + addPointy(nodeBox, box, ylen) + addPointy(nodeBox, box, -ylen) + } + if (box.W < nodeBox.W || box.L < nodeBox.L) + { + let arrPt = box.get4Pt() + pushDiagonalPoint(arrPt[0], arrPt[2])// 斜右上 + pushDiagonalPoint(arrPt[2], arrPt[0]) + pushDiagonalPoint(arrPt[1], arrPt[3]) + pushDiagonalPoint(arrPt[3], arrPt[1]) + } + return arrPt + + function addPointx(nodeBox: NoteBox, box: Box, xlen: number) + { + let cpt = box.getCenterPt()// 盒子的中点 + let count = Math.ceil(box.L / nodeBox.L) + let numLen: number = nodeBox.L + for (let i = 1; i < count; i++) + { + pushPoint(cpt.X + xlen, cpt.Y + numLen)// 添加左右侧点 + numLen = -numLen + if (numLen > 0) + { + numLen = numLen + nodeBox.L + } + } + } + function addPointy(nodeBox: NoteBox, box: Box, ylen: number) + { + let count = Math.ceil(box.W / nodeBox.W) + let numLen: number = nodeBox.W + for (let i = 1; i < count; i++) + { + pushPoint(cpt.X + numLen, cpt.Y + ylen)// 添加上下点 + numLen = -numLen + if (numLen > 0) + { + numLen = numLen + nodeBox.W + } + } + } + + function pushDiagonalPoint(sPt: CfPoint, ePt: CfPoint) + { + let len = nodeBox.Box.getDiagonalLength() / 2 + box.getDiagonalLength() + let pt = sPt.extendPoint(ePt, len) + pushPoint(pt.X, pt.Y) + } + function pushPoint(x: number, y: number) + { + if (!GraphAvoidance.checkPoint(b, x, y)) + return + arrPt.push(new CfPoint(x, y))// 添加上部点 + } + } + + /** 获取造型数据 */ + private getModels(block: PlaceBlock, isFaceB: boolean): SaleBlockModel[] + { + let modelsT = block.Models_OrgTrhough.slice() + if (isFaceB) + { + let modelsB = (block.IsTurnOver ? block.Models_OrgFaceA.slice() : block.Models_OrgFaceB.slice()) + modelsT = modelsT.concat(modelsB) + } else + { + let modelsA = (block.IsTurnOver ? block.Models_OrgFaceB.slice() : block.Models_OrgFaceA.slice()) + modelsT = modelsT.concat(modelsA) + } + return modelsT + } + + /** 获取孔数据 */ + private getHoles(block: PlaceBlock, isFaceB: boolean): SaleBlockHole[] + { + let HolesT = block.Holes_OrgThrough.slice() + if (isFaceB) + { + let holesB = (block.IsTurnOver ? block.Holes_OrgFaceA : block.Holes_OrgFaceB) + HolesT = HolesT.concat(holesB) + } else + { + let holesA = (block.IsTurnOver ? block.Holes_OrgFaceB : block.Holes_OrgFaceA) + HolesT = HolesT.concat(holesA) + } + return HolesT + } + + /** 获取偏移轮廓 */ + private getOffsetPolyline(prevP, theP, leftDis: number, rightDis: number): Polyline + { + let pl: Polyline = new Polyline() + let vpt1 = new Vector2(prevP.x, prevP.y) + let vpt2 = new Vector2(theP.x, theP.y) + pl.AddVertexAt(0, vpt1) + pl.AddVertexAt(1, vpt2) + pl.SetBulgeAt(0, prevP.bul) + + let temppls = pl.GetOffsetCurves(leftDis)[0] + let temppls2 = pl.GetOffsetCurves(-rightDis)[0] + + temppls2.AddVertexAt(2, temppls.GetPoint2dAt(1)) + temppls2.AddVertexAt(3, temppls.GetPoint2dAt(0)) + temppls2.SetBulgeAt(2, -temppls.GetBulgeAt(0)) + temppls2.AddVertexAt(4, temppls2.GetPoint2dAt(0)) + return temppls2 + } + + /** */ + private static checkPoint(Block: PlaceBlock, x: number, y: number): boolean + { + if (x < 0 || y < 0) + return false + if (Block.Width < x || Block.Length < y) + return false + return true + } + + /** 判断是否包含点位 */ + private getIntersectBox(nodeBox: NoteBox, graphys: Graphy[]): Graphy[] + { + let reArrPt: Graphy[] = [] + for (let grapy of graphys) + { + if (grapy.coverBox(nodeBox.Box)) + reArrPt.push(grapy) + } + return reArrPt + } + + /** 获得边框点阵 (弧形拆封3段直线) */ + private getBorderPoints(block: PlaceBlock): Point[] + { + let points: Point[] = [] + if (block.IsScrapBlock) + { + let ps = block.ScrapPoints + for (let pt of ps) + { + points.push(new Point(pt.x, pt.y)) + } + // 闭合 + points.push(new Point(points[0].X, points[0].Y)) + } else + { + let curves = BlockPlus.getOrgBorder(block, false)// BlockHelper.GetBorder_Org(block); + let borderPoints = curves + for (let i = 0; i < borderPoints.length; i++) + { + let p0 = borderPoints[i] + // 如果是圆弧,拆开3段 + if (p0 instanceof Arc2d) + { + let arc = p0// new Arc2d(new Point2d(p0.PointX, p0.PointY), new Point2d(p1.PointX, p1.PointY), p0.Curve); + let arcs = CADExt.SplitArc(arc, 4) + for (let L of arcs) + { + points.push(new Point(L.StartPoint.m_X, L.StartPoint.m_Y)) + } + } + else // 直线 + { + points.push(new Point(p0.StartPoint.m_X, p0.StartPoint.m_Y)) + } + } + + // 闭合 + points.push(new Point(points[0].X, points[0].Y)) + } + + return points + } +} + +class Box +{ + public readonly minPt: CfPoint + public readonly maxPt: CfPoint + + get W() { return this.maxPt.X - this.minPt.X } + + get L() { return this.maxPt.Y - this.minPt.Y } + + private constructor() + { + this.minPt = new CfPoint(Number.MAX_VALUE, Number.MAX_VALUE) + this.maxPt = new CfPoint(Number.MIN_VALUE, Number.MIN_VALUE) + } + + /** 通过点数组创建盒子 */ + public static createBox(minPt: CfPoint, maxPt: CfPoint): Box + { + let rect: Box = new Box() + rect.minPt.X = minPt.X + rect.minPt.Y = minPt.Y + rect.maxPt.X = maxPt.X + rect.maxPt.Y = maxPt.Y + return rect + } + + /** 通过点数组创建盒子 */ + public static createBoxByBoxs(minPt: Graphy[]): Box + { + let rect: Box = new Box() + for (let pBox of minPt) + { + rect.AddBox(pBox.Box) + } + return rect + } + + /** 通过点数组创建盒子 */ + public static createBoxByPoints(points: CfPoint[]): Box + { + let rect: Box = new Box() + for (let pt of points) + { + rect.AddPoint(pt) + } + return rect + } + + /** 通过点数组创建盒子 */ + public static createBoxByPoint(point: CfPoint, extentVal: number): Box + { + let rect: Box = new Box() + rect.minPt.X = point.X - extentVal + rect.minPt.Y = point.Y - extentVal + rect.maxPt.X = point.X + extentVal + rect.maxPt.Y = point.Y + extentVal + return rect + } + + public getDiagonalLength(): number + { + return this.minPt.DistensTo(this.maxPt) + } + + /** 获取中点 */ + public getCenterPt(): CfPoint + { + return this.maxPt.Add(this.minPt).Multiply(0.5) + } + + //* * 获取4个点 左下，右下，右上，左上 */ + public get4Pt(): CfPoint[] + { + let rePoints: CfPoint[] = [] + rePoints.push(new CfPoint(this.minPt.X, this.minPt.Y)) + rePoints.push(new CfPoint(this.maxPt.X, this.minPt.Y)) + rePoints.push(new CfPoint(this.maxPt.X, this.maxPt.Y)) + rePoints.push(new CfPoint(this.minPt.X, this.maxPt.Y)) + + return rePoints + } + + /** 扩大和延伸盒子 */ + private AddPoint(pt: CfPoint) + { + if (pt.X < this.minPt.X) + this.minPt.X = pt.X + if (pt.X > this.maxPt.X) + this.maxPt.X = pt.X + if (pt.Y < this.minPt.Y) + this.minPt.Y = pt.Y + if (pt.Y > this.maxPt.Y) + this.maxPt.Y = pt.Y + } + + /** 扩大和延伸盒子 */ + public AddBox(pBox: Box) + { + this.AddPoint(pBox.minPt) + this.AddPoint(pBox.maxPt) + } + + public extendBox(valw: number, vall: number) + { + this.minPt.X = this.minPt.X - valw + this.maxPt.X = this.maxPt.X + valw + this.minPt.Y = this.minPt.Y - vall + this.maxPt.Y = this.maxPt.Y + vall + } + + /** 判断是否包含点位 */ + public includesPt(x: number, y: number): boolean + { + if (x + 0.1 > this.minPt.X && x - 0.1 < this.maxPt.X) + { + if (y + 0.1 > this.minPt.Y && y - 0.1 < this.maxPt.Y) + { + return true + } + } + return false + } + + /** 判断是否包含点位 */ + public onLinePt(x: number, y: number): boolean + { + let miny = this.minPt.Y - 0.1 + let maxy = this.maxPt.Y + 0.1 + if (Math.abs(this.minPt.X - x) < 0.1 && (y > miny && y < maxy)) + return true + if (Math.abs(this.maxPt.X - x) < 0.1 && (y > miny && y < maxy)) + return true + + let minx = this.minPt.X - 0.1 + let maxx = this.maxPt.X + 0.1 + if (Math.abs(this.minPt.Y - y) < 0.1 && (x > minx && x < maxx)) + return true + if (Math.abs(this.maxPt.Y - y) < 0.1 && (x > minx && x < maxx)) + return true + } + + /** 判断是否相交 */ + public intersect(box: Box): boolean + { + let tempMinPt = box.minPt + let tempMaxPt = box.maxPt + if (tempMinPt.X + 0.1 > this.maxPt.X) + return false + if (tempMinPt.Y + 0.1 > this.maxPt.Y) + return false + if (tempMaxPt.X + 0.1 < this.minPt.X) + return false + if (tempMaxPt.Y + 0.1 < this.minPt.Y) + return false + + return true + } +} diff --git a/src/processParser/common/LayoutEngine/Curves2Parts.ts b/src/processParser/common/LayoutEngine/Curves2Parts.ts new file mode 100644 index 0000000..5fe9ad5 --- /dev/null +++ b/src/processParser/common/LayoutEngine/Curves2Parts.ts @@ -0,0 +1,255 @@ +import type { PolylineProps } from 'cadapi' +import { Circle, Polyline, Polyline2Points } from 'cadapi' +import { EndType, JoinType } from 'js-angusj-clipper/web' +import type { Box3, Vector3 } from 'three' +import { Vector2 } from 'three' +import { clipperCpp } from '../ClipperCpp' +import type { Point } from '../Point' +import { Path, PathScale } from '../core/Path' +import type { IOffset } from './Simplify2' +import { SimplifyDouglasPeucker } from './Simplify2' + +/** 内外接多边形 */ +export function Circle2Points(circle: Circle, knifRadius: number, splitSize = 10, outside = false): Point[] { + let radius = circle.Radius + const an = Math.PI * 2 / splitSize + + if (outside) + radius = radius / Math.cos(an / 2) + knifRadius + else + radius -= knifRadius + + const cenP = circle.Center + const pts: Vector3[] = [] + for (let i = 0; i < splitSize; i++) + pts.push(polar(cenP.clone(), an * i, radius)) + + return pts as Point[] +} + +export function Curve2Path(curve: Polyline, outside = false): Path { + if (curve.IsClockWise) + curve.Reverse() + const w = new CurveWrap(curve, 3, outside) + return new Path(outside ? w.GetOutsidePoints() : w.GetInsidePoints()) +} + +export class CurveWrap { + BoundingBox: Box3 + + Area: number + + SimplyPolyline: Polyline + SimplyOffset: IOffset + Used = false + Holes: CurveWrap[] = [] + + Points: Point[] + + constructor(public Curve: Polyline | Circle, public KnifRadius: number, public IsOutside: boolean) { + this.BoundingBox = Curve.BoundingBox + + if (Curve instanceof Polyline) { + const pts = Polyline2Points(Curve, IsOutside, 0)[1] + /** + * 精简算法SimplifyDouglasPeucker 会导致轮廓变大， + * 修改成直接取点 陈雄 QQ聊天记录 23.9.18 + * 23.10.9 by lrx + */ + + const [spts, offset] = SimplifyDouglasPeucker(pts, KnifRadius ** 2 + KnifRadius) + if (spts.length !== pts.length && spts.length > 2) { + this.SimplyOffset = offset + + this.SimplyPolyline = Path2Polyline(spts) + this.Curve = this.SimplyPolyline// 保险起见,也更新它 + this.Area = this.SimplyPolyline.Area + } + else// 此处更新多段线 + { this.Curve = Path2Polyline(pts) } + this.Points = spts + + // 以下修改后的 + // this.Curve = Path2Polyline(pts); + // this.Points = pts; + } + + if (this.Area === undefined) + this.Area = this.Curve.Area + } + + ContainsCurve(curve: CurveWrap): boolean { + if (this.SimplyPolyline) + return this.SimplyPolyline.PtInCurve(curve.Curve.StartPoint) + return this.Curve.PtInCurve(curve.Curve.StartPoint) + } + + GetOutsidePoints(): Point[] { + if (this.Curve instanceof Circle) { + const pts = Circle2Points(this.Curve, this.KnifRadius, 10, true) + return pts + } + else { + const pl = this.SimplyPolyline || this.Curve + let offset = this.KnifRadius + if (this.SimplyOffset) + offset += this.SimplyOffset.positiveOffset + + if (offset > 0) { + let pts = pl.GetStretchPoints() as Point[] + pts = clipperCpp.lib.offsetToPaths({ + delta: offset * 1e4, + offsetInputs: [{ data: PathScale(pts, 1e4), joinType: JoinType.Miter, endType: EndType.ClosedPolygon }], + })[0] + try { + PathScale(pts, 1e-4) + } + catch { + console.log('err') + } + return pts + } + else { return this.Points } + } + } + + GetInsidePoints(): Point[] { + return this.GetInsidePoints2(this.KnifRadius) + } + + GetInsidePoints2(d: number): Point[] { + if (this.Curve instanceof Circle) { + const pts = Circle2Points(this.Curve, d, 10, false) + return pts + } + else { + const pl = this.SimplyPolyline || this.Curve + let offset = -d + if (this.SimplyOffset) + offset += this.SimplyOffset.negativeOffset + + if (offset < -0.01) { + const pls = pl.GetOffsetCurves(offset) + if (pls.length) + return pls[0].GetStretchPoints() + } + else { return this.Points } + } + } + + /** 引入Polyline 已经含刀半径， 获得精简后的点阵 */ + GetOrgPoints(outside = true): Point[] { + if (this.Curve instanceof Circle) { + const pts = Circle2Points(this.Curve, 0, 10, outside) + return pts + } + else { + const pl = this.SimplyPolyline || this.Curve + let offset = 0 + if (this.SimplyOffset) + offset += this.SimplyOffset.positiveOffset + + if (offset > 0) { + let pts = pl.GetStretchPoints() as Point[] + pts = clipperCpp.lib.offsetToPaths({ + delta: offset * 1e4, + offsetInputs: [{ data: PathScale(pts, 1e4), joinType: JoinType.Miter, endType: EndType.ClosedPolygon }], + })[0] + try { + PathScale(pts, 1e-4) + } + catch { + console.log('err') + } + return pts + } + else { + return this.Points + } + } + } +} + +/** 多段线 转点整 已弃用，整合到CAD api 23.11.2 */ +// export function Polylin2Points(pl: Polyline, outside: boolean, knifRadius: number): [Polyline, Point[]] +// { +// let pts: Point[] = []; + +// if (!outside) knifRadius = -knifRadius; +// if (pl.IsClockWise) pl.Reverse(); +// for (let i = 0; i < pl.EndParam; i++) +// { +// pts.push(pl.GetPointAtParam(i)); + +// let bul = pl.GetBulgeAt(i); +// if (bul !== 0) +// { +// let arc = pl.GetCurveAtIndex(i) as Arc; + +// let allAngle = arc.AllAngle; +// let arcLength = arc.Length; + +// // let splitCount = Math.round(allAngle / 0.4); +// // if (arcLength < 300) +// // splitCount = 2; +// // else +// // splitCount = Math.max(arcLength / 200, splitCount,2); + +// let minCount = Math.floor(allAngle * 4 / Math.PI); +// let splitCount = Math.round(allAngle / 0.4); +// if (arcLength < 300) +// splitCount = Math.max(2, minCount); +// else +// splitCount = Math.max(Math.floor(arcLength / 200), splitCount,2, minCount); + +// let radius = arc.Radius; +// if (outside === bul > 0) +// radius = radius / Math.cos(allAngle / (splitCount * 2)); + +// let cp = arc.Center; +// for (let j = outside ? 0.5 : 0; j < splitCount; j++) +// { +// let a = arc.GetAngleAtParam(j * (1 / splitCount)); +// let p = polar(cp.clone(), a, radius); +// pts.push(p); +// } +// } +// } + +// if (knifRadius !== 0) +// { +// pts = clipperCpp.lib.offsetToPaths({ +// delta: knifRadius * 1e4, +// offsetInputs: [{ data: PathScale(pts, 1e4), joinType: JoinType.Miter, endType: EndType.ClosedPolygon }] +// })[0]; +// PathScale(pts, 1e-4); +// } +// return [pl, pts]; +// } + +export function Path2Polyline(path: Point[]): Polyline { + const pl = new Polyline() + pl.LineData = path.map((p) => { + return { pt: new Vector2(p.x, p.y), bul: 0 } + }) + pl.CloseMark = true + return pl +} + +export function Points2Polyline(pts: any[]): Polyline { + const lined: PolylineProps[] = [] + const count = pts.length + for (let i = 0; i < count; i++) { + const p0 = pts[i] + lined.push({ pt: new Vector2(p0.x, p0.y), bul: p0.bul }) + } + const pls = new Polyline(lined) + pls.CloseMark = true + return pls +} + +export function polar(v: T, an: number, dis: number): T { + v.x += Math.cos(an) * dis + v.y += Math.sin(an) * dis + return v +} diff --git a/src/processParser/common/LayoutEngine/LayoutEngine.ts b/src/processParser/common/LayoutEngine/LayoutEngine.ts new file mode 100644 index 0000000..4a5c987 --- /dev/null +++ b/src/processParser/common/LayoutEngine/LayoutEngine.ts @@ -0,0 +1,655 @@ +// import { Polyline } from "cadapi"; +// import { InstancedBufferAttribute, Matrix4, Vector3 } from "three"; +import type { Circle, Polyline } from 'cadapi' +import type { TextureType } from '../../vo/enums/TextureType' + +// import { PaiKongType, PlaceStyle } from '../../Base/Enum' +import { ComposingType } from '../../algorithm/optimize/bang' +import { PlaceStyle } from '../../vo/enums/PlaceStyle' + +// import Worker from "worker-loader!../Nest/Core/OptimizeWorker.worker"; +// import type { PlaceBlock } from '../../Models/Orders' +import type { PlaceBlock } from '../../vo/order/PlaceBlock' + +// import { BlockPlaceResult } from '../Places' +import { BlockPlaceResult, BoardPlaceResult, MaterialPlaceResult } from '../../vo/order/Places' +import { Box2 } from '../Box2' +import { InitClipperCpp } from '../ClipperCpp' +import { NestFiler } from '../Filer' + +import { Vector2 } from '../Vector2' +import { Individual } from '../core/Individual' +import { NestCache } from '../core/NestCache' +import { NestDatabase } from '../core/NestDatabase' +import { OptimizeMachine } from '../core/OptimizeMachine' +import { Part } from '../core/Part' +import { Path } from '../core/Path' +import { PathGeneratorSingle } from '../core/PathGenerator' +import type { PlaceOrderTask } from '../../vo/order/PlaceOrderTask' +import { ScrapBoardHelper } from '../../vo/order/ScrapBoardHelper' + +import { removeRepeatPoint } from '../base/MathComm' +import { BlockPlus } from '../../vo/order/BlockPlus' +import { BlockSizePlus } from '../../vo/order/BlockSizePlus' + +// import type { RemainBoard } from '@/Source/Models/ScrapBorad' +import type { RemainBoard } from '../../vo/remain/RemainBoard' +import { CurveWrap, Points2Polyline } from './Curves2Parts' +import { PolylineHelper } from './PolylineHelper' +import { PlaceStore } from '@/imes/vo/order/PlaceStore' + +export class LayoutEngine { + pmID: number + border: number + cutDia: number + cutGap: number + boardW: number + boardL: number + scrapBoards: RemainBoard[] = [] + blocks = [] + blockNos = [] + task: PlaceOrderTask // 回掉函数 + filterBlockToPlace = false // 是否锁定板不优化 + + isLastBoard = false // 最后一片 重新优化 + + parts: Part[] = [] + board: Path + threads: Worker[] = [] + result: Individual + placeResult: MaterialPlaceResult + + db: NestDatabase + comparePointKeys: string[] + + offset = 0 + + /** 启用王者优化的最小缺角大小 */ + unregularSizeLimit = 15000 + + constructor(obj) { + console.log('优化算法 线程 初始化') + this.pmID = obj.pmID + this.cutDia = obj.cutDia + this.cutGap = obj.cutGap + this.border = obj.border + this.boardW = obj.boardW + this.boardL = obj.boardL + this.scrapBoards = obj.scrapBoards + this.blocks = obj.blocks + for (const block of obj.blocks) + this.blockNos[block.blockNo] = block + + this.task = obj.task + this.filterBlockToPlace = obj.filterBlock + this.isLastBoard = obj.isLastBoard + // 清理缓存,这个缓存是全局的 + PathGeneratorSingle.Clear() + NestCache.Clear() + + this.offset = (this.cutDia + this.cutGap) / 2 // 间隔 （刀直径 + 1） + const binWidth = this.boardW - this.border * 2 + this.cutDia + this.cutGap + const binLength = this.boardL - this.border * 2 + this.cutDia + this.cutGap + + // 注册bin + const binPath = new Path([{ x: 0, y: 0 }, { x: binWidth, y: 0 }, { x: binWidth, y: binLength }, { x: 0, y: binLength }]) + binPath.Id = undefined + PathGeneratorSingle.RegisterId(binPath) + this.board = binPath + + // this.setLocator(3) + // this.setLocator(0) // 左下 + this.setLocator(PlaceStore.sysConfig.boardLocation) + // + // this.unregularSizeLimit = PlaceStore.sysConfig.UnregularSizeLimit + } + + setLocator(p: number) { + const gravityDict = { + 0: ['xy', 'yx'], // 左下 0 + 1: ['Xy', 'yX'], // 右下 1 + 3: ['xY', 'Yx'], // 左上 3 + 2: ['XY', 'YX'], // 右上 2 + } + + this.comparePointKeys = gravityDict[p.toString()] + } + + async startThread() { + // 初始化 板件 + await InitClipperCpp() + + // 确保 前余料板 placedPolyline 都生成 + const oddpaths = [] + for (const RemainBoard of this.scrapBoards) { + const curve = ScrapBoardHelper.getPlacedPolyline(RemainBoard) + curve.CloseMark = true + const warp = new CurveWrap(curve, 3.5, false) + const pts = warp.GetInsidePoints() + // let pts = warp.Points; + const path = new Path(pts) + const path_0 = PathGeneratorSingle.Allocate(path)// 获得唯一path + PathGeneratorSingle.RegisterId(path_0)// 注册id + oddpaths.push(path_0) + RemainBoard.isUsed = false + } + + // 生产parts + this.parts = [] + let autoID = 0 + + for (const block of this.blocks) { + const part = this.toPart(block, this.offset, this.board, autoID) + this.parts.push(part) + autoID++ + } + + if (this.parts.length == 0) + return// 没有板 + + // 创建 NestDatabase + this.db = new NestDatabase() + this.db.Paths = PathGeneratorSingle.paths + this.db.Parts = this.parts + this.db.Bin = this.board + this.db.OddmentsBins = oddpaths + this.db.ComparePointKeys = this.comparePointKeys + + const searchParams = new URLSearchParams(location.search) + if (searchParams.has('single')) { + const m = new OptimizeMachine() + m.Bin = this.db.Bin + m.PutParts(this.db.Parts) + + await InitClipperCpp() + let best = Number.POSITIVE_INFINITY + m.callBack = async (inv) => { + if (inv.Fitness >= best) + return + best = inv.Fitness + this.result = inv + this.ToPlaceResult() + this.task.receiverResult(this.pmID, this.placeResult, true, this.filterBlockToPlace, this.isLastBoard) + const text = `single 板材${this.pmID} 发现更优 优化率:${inv.Fitness}` + console.log(text) + } + await m.Start() + } + else { + const f = new NestFiler() + this.db.WriteFile(f)// 写入到文件中 + console.log('优化数据 db=', JSON.stringify(f._datas)) + + let best = Number.POSITIVE_INFINITY + + const t = new Worker(new URL('../Nest/Core/OptimizeWorker.worker')) + this.threads = [t] + + // 加载 + // let rtStr = 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+ // let data = JSON.parse(rtStr); + // let f1 = new NestFiler(data); + // let inv = new Individual(this.db.Parts); + // inv.ReadFile(f1); + // best = inv.Fitness; + // this.result = inv; + // this.ToPlaceResult(); + // this.parent.receiverResult(this.pmID, this.placeResult, true); + t.onmessage = (e) => { + const f = new NestFiler(e.data) + console.log('优化结果 e.data=', JSON.stringify(e.data)) + + const inv = new Individual(this.db.Parts) + inv.ReadFile(f) + if (best <= inv.Fitness) + return + best = inv.Fitness + this.result = inv + this.ToPlaceResult() + this.task.receiverResult(this.pmID, this.placeResult, true, this.filterBlockToPlace, this.isLastBoard) + + const text = `板材${this.pmID} 王者优化发现更优 优化率:${inv.Fitness}` + console.log(text) + } + t.postMessage(f._datas)// Post给Worker + } + } + + stopThread() { + if (this.threads.length == 0) + return + this.threads[0].terminate() + const text = `板材${this.pmID} 新优化停止 最优优化率:${this.result ? this.result.Fitness : 0}` + console.log(text) + this.threads = [] + } + + Rotations = [ + [0, Math.PI], // 正文 + [0, Math.PI / 2, Math.PI, Math.PI * 1.5], // 可翻转 + [Math.PI / 2, Math.PI * 1.5], // 反纹 + ] + + private toPart(block: PlaceBlock, offset: number, binPath: Path, id: number): Part { + // if (block.blockNo == '2311001545897') + // + const part = new Part() + part.Id = id + + const isYX = block.isUnRegular // 是否异形 + const wave = block.texture + let face = block.isTurnFaceToPlace ? ComposingType.Reverse : ComposingType.Positive + if (this.task.needTurnFaceToPlace) + face = block.isTurnFaceToPlace ? ComposingType.Positive : ComposingType.Reverse + + const do2Face = block.isTwoFaceToPlace + + part.UserData = { bno: block.blockNo, size: block.area, isYX, wave, face, do2Face, width: block.cutWidth, length: block.cutLength } + + let path: Path + // 小板开料轮廓 + const border = BlockPlus.getBorder(block, true, face == ComposingType.Positive ? PlaceStyle.FRONT : PlaceStyle.BACK) + let polyLine: Polyline | Circle + polyLine = PolylineHelper.createByCurve2d(border, true) + polyLine = PolylineHelper.mergeCurve(polyLine) + // 偏移 = 同刀辅助 + 刀半径 + 缝隙/2 + offset = block.blockDetail.useSameKnifeToHelpCutGap + block.placeMaterial.diameter / 2 + block.placeMaterial.cutKnifeGap / 2 + const cureW = new CurveWrap(polyLine, offset, true) + let pts2 = cureW.GetOutsidePoints() + // 确保pts2 不重复 + removeRepeatPoint(pts2, 0.01) + const pl_models = BlockPlus.getOutModelPloyline(block, true, face == ComposingType.Positive ? PlaceStyle.FRONT : PlaceStyle.BACK) + if (pl_models.length > 0) { + // 对外扩 造型 精简 + const new_pls = [] + for (const pl of pl_models) { + const cureW = new CurveWrap(pl, block.placeMaterial.diameter / 2 + block.placeMaterial.cutKnifeGap / 2, true) + const pts = cureW.GetOrgPoints() + removeRepeatPoint(pts, 0.01) + const pl_nw = PolylineHelper.create(pts, true) + new_pls.push(pl_nw) + } + + const pl0 = PolylineHelper.create(pts2, true) + const pl_full = BlockPlus.unionPolylines(pl0, new_pls) + + pts2 = pl_full.LineData.map((t) => { return { x: t.pt.x, y: t.pt.y } }) + } + // 确保pts2 不重复 + removeRepeatPoint(pts2, 0.01) + path = new Path(pts2) + + // if(block.blockNo == '2311691815099') + // { + + // const plstr = PolylineHelper.getStrPLs([polyLine]); + // ; + // } + + // 判断是否 扩大了尺寸 + const orgSize = { w: polyLine.BoundingBox.max.x - polyLine.BoundingBox.min.x, l: polyLine.BoundingBox.max.y - polyLine.BoundingBox.min.y } + const newSize = { w: path.BoundingBox.max.x - path.BoundingBox.min.x, l: path.BoundingBox.max.y - path.BoundingBox.min.y } + // if( newSize.w > orgSize.w + 0.2 || newSize.l > orgSize.l + 0.2) + // { + // const plstr = PolylineHelper.getStrPLs([polyLine]); + // console.log (`小板轮廓精简后变大：宽${orgSize.w} +${newSize.w - orgSize.w} 宽${orgSize.l} +${newSize.l - orgSize.l}`); + // ; + // } + + const area = path.BoundingBox.area - path.Area + if (pl_models.length == 0 && area < this.unregularSizeLimit && pts2.length >= 6) // 没有外扩 ， 缺角小，当做矩形来处理 + { + const minX = polyLine.BoundingBox.min.x - offset + const maxX = polyLine.BoundingBox.max.x + offset + const minY = polyLine.BoundingBox.min.y - offset + const maxY = polyLine.BoundingBox.max.y + offset + path = new Path([ + { x: minX, y: minY }, + { x: maxX, y: minY }, + { x: maxX, y: maxY }, + { x: minX, y: maxY }, + ]) + } + + part.Init2(path, binPath, this.Rotations[wave as number]) + + // if (!path.IsRect && part.RotatedStates.length == 0) //放不下,不简化路径 + // { + // const cureW2 = new CurveWrap(polyLine, 0, true); + // cureW2.KnifRadius = offset; + // const pts23 = cureW2.GetOutsidePoints(); + // arrayRemoveDuplicateBySort(pts23, (p1, p2) => this.equalv2(p1, p2, 1e-2)); + // // path = new Path(cureW.Points); + // path = new Path(pts23); + // part.Init2(path, binPath, this.Rotations[wave as number]); + // } + + // // 添加造型洞 + // let modelHoles = BlockPlus.getModelHole(block,true,PlaceStyle.FRONT); + // if(block.IsTurnFaceToPlace) modelHoles =BlockPlus.getModelHole(block,true,PlaceStyle.BACK); + // for(const mHole of modelHoles) + // { + // let polyLine : Polyline|Circle ; + // polyLine = PolylineHelper.createByCurve2d(mHole,true); + // //合并圆弧 + // polyLine = PolylineHelper.mergeCurve(polyLine); + + // const cureW = new CurveWrap(polyLine, 0, false); + // const pts = cureW.GetOrgPoints(); + // //确保pts2 不重复 + // removeRepeatPoint(pts2,0.01); + // if(pts2) + // { + // const pps = new Path(pts2); + // if (pps.Area > 15000) + // part.AppendHole(pps); + // } + + // } + + // 造型孔 + for (const m of block.models) { + if (m.depth < block.thickness - 0.05) + continue + if (m.IsDo == false) + continue + if (!m.HasContour) + continue + if (m.OriginModeling.outline.pts.length != m.OriginModeling.outline.buls.length) + continue + let pts = m.OriginModeling.outline.pts.map((t) => { return { x: t.x, y: t.y, bul: 0 } }) + const buls = m.OriginModeling.outline.buls + for (let i = 0; i < pts.length; i++) + pts[i].bul = buls[i] + + // 如果反面,翻转方向，重设坐标 + if (face == ComposingType.Reverse) + pts = this.reversePoint(pts, block.CuttingWidth) + + let polyLine + polyLine = Points2Polyline(pts) + const cicle = PolylineHelper.ConverPolyLin2Circle(polyLine) + if (cicle) + polyLine = cicle + let off = m.RealKnifeRadius + this.cutGap / 2 // Math.max(m.RealKnifeRadius, this.cutDia / 2) + this.cutGap / 2; + if (m.RealKnifeRadius < this.cutDia / 2) { + // 如果造型刀 小于开料刀， 孔洞 按 开料刀 半径来分析 + off = this.cutDia / 2 + this.cutGap / 2 + } + if (m.RealKnifeRadius > this.cutDia / 2) { + // 如果造型刀 大于 开料刀， 孔洞 按 造型刀 直径 - 开料刀的半径 来分析 + off = m.RealKnifeRadius + m.RealKnifeRadius - this.cutDia / 2 + this.cutGap / 2 + } + const cureW2 = new CurveWrap(polyLine, off, false) + const pts2 = cureW2.GetInsidePoints2(off) + + if (pts2) { + const pps = new Path(pts2) + if (pps.Area > 15000) + part.AppendHole(pps) + } + } + + return part + } + + equalv2(v1, v2, fuzz) { + return Math.abs(v1.x - v2.x) < fuzz && Math.abs(v1.y - v2.y) < fuzz + } + + private ToPlaceResult() { + if (this.result == null) + return + + for (const part of this.parts) { + part.Parent = null + part.HolePosition = null + } + + if (Number.isNaN(this.result.Fitness)) + this.result.Fitness = 0 + const retData = new MaterialPlaceResult() + + let boardCount = 0 + let remainCount = 0 + const offv = this.border - this.cutDia / 2 - this.cutGap / 2 + // const offv = 0.01; + for (let i = 0; i < this.result.OddmentsContainers.length + this.result.Containers.length; i++) { + const isOddment = i < this.result.OddmentsContainers.length + const cn = isOddment ? this.result.OddmentsContainers[i] : this.result.Containers[i - this.result.OddmentsContainers.length] + + if (cn.PlacedParts.length == 0) + continue + boardCount++ + const boardResult = new BoardPlaceResult() + boardResult.boardId = boardCount + if (isOddment) { + boardResult.isRemainBoard = true + boardResult.isScrap = true + const oddBoard = this.scrapBoards[i] + boardResult.width = oddBoard.width + boardResult.length = oddBoard.length + boardResult.remainId = oddBoard.id + boardResult.remainNo = oddBoard.id.toString() + remainCount++ + } + + let pid = 0 + // 零件内 + for (const part of cn.PlacedParts as Part[]) { + // if (part.UserData.bno == '2311001545897') + // + pid++ + const br = this.CreateBlockPlaceResult(part, offv, boardCount, pid) + part.UserData.br = br + boardResult.blocks.push(br) + boardResult.area += part.UserData.size + } + retData.boards.push(boardResult) + } + + // 空洞里头的板信息 + const placeResults: BlockPlaceResult[] = [] + + // 计算网洞的位置信息 + for (const hole of this.result.HoleContainers) { + if (!hole.ParentM) + console.log(hole) + + for (const part of hole.PlacedParts) { + part.Parent = this.parts[hole.ParentId] + // 在这里我们求得这个网洞的左下角相对于父零件的左下角的移动距离 + part.HolePosition = { ...hole.ParentM } + part.HolePosition.x -= part.Parent.State.MinPoint.x + part.HolePosition.y -= part.Parent.State.MinPoint.y + // console.log(`block: ${part.UserData.bno} parent block:${part.Parent.UserData.bno}`); + } + } + + // 放置网洞内的板 + for (const hole of this.result.HoleContainers) { + for (const part of hole.PlacedParts) { + let p = { ...part.PlacePosition } // part在hole中的放置位置 + + p.x += part.HolePosition.x * 1e4 // + hole的在parent中的位置 + p.y += part.HolePosition.y * 1e4 + + let parent = part.Parent + let boardId: number + + console.log(`block: ${part.UserData.bno}`) + + while (parent) { + if (parent.HolePosition) { + p.x += parent.HolePosition.x * 1e4 + p.y += parent.HolePosition.y * 1e4 + } + + p.x += parent.PlacePosition.x + p.y += parent.PlacePosition.y + + boardId = parent.UserData?.br?.BoardID + // console.log(`find parent block: ${parent.UserData.bno} boardID = ${boardId}`); + parent = parent.Parent + } + + // console.log(p); + + [part.PlacePosition, p] = [p, part.PlacePosition] + const br = this.CreateBlockPlaceResult(part, offv, 0, 0) + br.BoardID = boardId; + [part.PlacePosition, p] = [p, part.PlacePosition] + + // console.log(br.PlaceX, br.PlaceY); + + part.UserData.br = br + // part.UserData.Parent = this.parts[hole.ParentId]; + // part.Parent = this.parts[hole.ParentId]; + placeResults.push(br) + } + } + + // placeResults 归并到 retData.boards 中 + + for (const br of placeResults) { + const board = retData.boards[br.BoardID - 1] + board.Blocks.push(br) + br.PlaceID = board.Blocks.length + board.area += br.size + } + + retData.threadID = 0 + retData.usedTime = 0 + retData.placeCount = 0 + + // 计算优化率 + retData.boardCount = boardCount - remainCount // 大板数 + retData.boardCount_remain = remainCount // 余料板数 + let size_all = 0 // 所有大板上的小板面积 + let size_last = 0// 最后一张大板的小板面积 + retData.boards.forEach(t => size_all += (t.IsOddment ? 0 : t.area)) + size_last = retData.boardCount > 0 ? retData.boards[retData.boards.length - 1].area : 0 + + if (retData.boardCount <= 1) // 大板数 + { + retData.useSize_avg = size_last + retData.useSize_noLast = 0 + retData.useSize_last = size_last + } + else { + retData.useSize_avg = size_all / (retData.boardCount) + retData.useSize_noLast = (size_all - size_last) / (retData.boardCount - 1) + retData.useSize_last = size_last + } + + this.placeResult = retData + } + + // 根据Part的PlacePosition来创建一个BlockPlaceResult + private CreateBlockPlaceResult(part: Part, offv: number, bid: number, pid: number): BlockPlaceResult { + const w = part.UserData.width + const h = part.UserData.length + + const c = Math.cos(part.State.Rotation) + const s = Math.sin(part.State.Rotation) + + const RotatePoint = (p: Vector2) => { + const [x, y] = [p.x, p.y] + p.x = x * c - y * s + p.y = x * s + y * c + } + + const pts = [ + new Vector2(), + new Vector2(w, 0), + new Vector2(0, h), + new Vector2(w, h), + ] + + for (const p of pts) { + // Move + p.x -= part.State.OrigionMinPoint.x + p.y -= part.State.OrigionMinPoint.y + + // Rotate + RotatePoint(p) + } + + const box = new Box2().setFromPoints(pts) + const min = box.min + + let px = part.PlacePosition.x / 1e4 + min.x + offv + let py = part.PlacePosition.y / 1e4 + min.y + offv + const [rw, rl, pl] = this.getPlaceStyle(part) + const block = this.blockNos[part.UserData.bno] + if (block) { + const sizeOff = BlockSizePlus.getOffDis(block, pl) + px = px - sizeOff.left + py = py - sizeOff.bottom + } + const size = part.UserData.size + const br = new BlockPlaceResult(part.UserData.bno, bid, pid, px, py, rw, rl, pl, size) + return br + } + + /** 获得放置方式 */ + private getPlaceStyle(part: Part): [number, number, PlaceStyle] { + const ratation = part.State.Rotation + const isYX = part.UserData.isYX + const wave = part.UserData.texture as TextureType + const face = part.UserData.face as PaiKongType + let width = part.UserData.length + let length = part.UserData.width + + if (ratation == 0 || ratation == Math.PI) + [width, length] = [length, width] + + if (face == ComposingType.Positive) { + if (ratation == 0) + return [width, length, PlaceStyle.FRONT] + if (ratation == Math.PI / 2) + return [width, length, PlaceStyle.FRONT左转] + if (ratation == Math.PI) + return [width, length, PlaceStyle.FRONT后转] + return [width, length, PlaceStyle.FRONT右转] + } + else // ComposingType.Reverse + { + if (ratation == 0) + return [width, length, PlaceStyle.BACK] + if (ratation == Math.PI / 2) + return [width, length, PlaceStyle.BACK左转] + if (ratation == Math.PI) + return [width, length, PlaceStyle.BACK后转] + return [width, length, PlaceStyle.BACK右转] + } + } + + private polar(v, an: number, dis: number): any { + v.x += Math.cos(an) * dis + v.y += Math.sin(an) * dis + return v + } + + private PathScale(pts, scale: number) { + for (const p of pts) { + p.x *= scale + p.y *= scale + } + return pts + } + + private reversePoint(pts, w): any[] { + const newPts = [] + for (let i = pts.length - 1; i >= 0; i--) { + const p = pts[i] + const x = w - p.x + const y = p.y + const j = i == 0 ? pts.length - 1 : i - 1 + + const bul = pts[j].bul + newPts.push({ x, y, bul }) + } + return newPts + } +} diff --git a/src/processParser/common/LayoutEngine/OddmentsHelper.ts b/src/processParser/common/LayoutEngine/OddmentsHelper.ts new file mode 100644 index 0000000..818ea08 --- /dev/null +++ b/src/processParser/common/LayoutEngine/OddmentsHelper.ts @@ -0,0 +1,379 @@ +/** 自动生成余料板空间 */ + +import { Vector3 } from 'three' +import { Polyline2Points } from 'cadapi' +import type { Polyline } from 'cadapi' +import { BlockSizePlus } from '../../Pack/BlockSizePlus' +import { BlockHelper } from '../BlockHelper' +import { arrayRemoveDuplicateBySort } from '../Nest/Common/ArrayExt' +import { InitClipperCpp } from '../Nest/Common/ClipperCpp' +import type { Vector2 } from '../Nest/Common/Vector2' +import { Container } from '../Nest/Core/Container' +import { NestCache } from '../Nest/Core/NestCache' +import { ParseOddments } from '../Nest/Core/ParseOddments' +import { Part } from '../Nest/Core/Part' +import { Path } from '../Nest/Core/Path' +import { PathGeneratorSingle } from '../Nest/Core/PathGenerator' +import { PlaceStore } from '../Store' +import { CurveWrap, Points2Polyline } from './Curves2Parts' +import { PolylineHelper } from './PolylineHelper' +import { BlockPlus } from '@/Source/Pack/BlockPlus' +import { ScrapBlock } from '@/Source/Models/ScrapBorad' +import type { PlaceBlock, PlaceBoard, PlaceMetrial, SaleBlockModel } from '@/Source/Models/Orders' +import { Arc2d } from '@/Source/Base/CAD' +import { ArrayExt } from '@/Source/Base/ArrayExt' + +export class OddmentsHelper { + squarePath: Path + canPutPaths: Path[] + offset = 3.5 + + initSquarePath() { + const seqW = PlaceStore.sysConfig.scrapBlockSquare || 200 + const wmin = PlaceStore.sysConfig.srcapBlockWidthMin || 100 + const wmax = PlaceStore.sysConfig.scrapBlockWidthMax || 600 + this.squarePath = NestCache.CreatePath(60, 60, 0) + this.canPutPaths = [ + NestCache.CreatePath(seqW, seqW, 0), + NestCache.CreatePath(wmin, wmax, 0), + NestCache.CreatePath(wmax, wmin, 0), + ] + } + + async analyzeAllScrapSpace(pm1: PlaceMetrial, pb1: PlaceBoard) { + this.initSquarePath() + if (pm1 && pb1) // 当前板 先做 + { + this.offset = (pm1.CutDia) / 2 + await this.analyzeScrapSpace(pm1, pb1) + } + const order = PlaceStore.order + for (const pm of order.MetrialList) { + this.offset = (pm.CutDia) / 2 + for (const pb of pm.BoardList) + await this.analyzeScrapSpace(pm, pb) + } + } + + async analyzeScrapSpace(pm: PlaceMetrial, board: PlaceBoard) { + console.log('OddmentsHelper analyzeScrapSpace', pm, board) + if (board.needToScrapSpace == false) + return + await InitClipperCpp() + + const border = 0// PlaceStore.sysConfig.BoardBorder_A; + let borderB = PlaceStore.sysConfig.BoardBorder_B + if (board.IsDo2Face == false) + borderB = 0 + let binPath: Path + if (board.Points && board.Points.length > 0) // 非矩形板 + + binPath = new Path(board.Points) + + else // 矩形板 + + binPath = new Path([{ x: border, y: border }, { x: board.Width - borderB, y: border }, { x: board.Width - borderB, y: board.Length - borderB }, { x: border, y: board.Length - borderB }]) + + binPath.Id = undefined + PathGeneratorSingle.RegisterId(binPath) + // 容器 + const container = new Container(binPath) + + for (let i = 0; i < board.blockList.length; i++) { + const block = board.blockList[i] + const part = this.toPart(block, binPath, this.offset * 2, i) + // 设置位置 + part[0].PlacePosition = { x: (part[1].x + block.PlaceX - border) * 1e4, y: (part[1].y + block.PlaceY - border) * 1e4 } + container.PlacedParts.push(part[0]) + } + // for (let i = 0; i < board.blockList.length; i++) + // { + // let block = board.blockList[i]; + // let part = this.toPart(block, binPath, 0, board.blockList.length + i); + // //设置位置 + // part[0].PlacePosition = { x: (part[1].x + block.PlaceX - border) * 1e4, y: (part[1].y + block.PlaceY - border) * 1e4 }; + // container.PlacedParts.push(part[0]); + // } + + // let f = new NestFiler(); + // f.Write(container.PlacedParts.length); + // for (let part of container.PlacedParts) + // f.Write(part.State.Contour.BigIntPoints); + // container.WriteFile(f); + // console.log(JSON.stringify(f._datas)); + + // FileZip.WriteFile(`${board.BoardID}.container`, JSON.stringify(f._datas)); + + board.ScrapBlockList = [] // 清空 + try { + const spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths) + for (const space of spaces) { + const sb = this.toScrapBlock(space) + sb.PlaceX = sb.PlaceX + border + sb.PlaceY = sb.PlaceY + border + board.ScrapBlockList.push(sb) + } + } + catch (err) { + // throw new Error(`计算余料空间异常:${pm.FullName} 第${board.BoardID}片`); + console.log(`计算余料空间异常:${pm.FullName} 第${board.BoardID}片`) + throw new Error(`计算余料空间异常:${pm.FullName} 第${board.BoardID}片;请保存优化联系售后工程师分析`) + } + + // 分析小板内 造型孔洞 余料空间 + for (const block of board.blockList) { + let childBlocks: PlaceBlock[] + // 造型孔 + for (const m of block.Models) { + if (m.Depth < block.Thickness - 0.05) + continue + if (m.HasContour == false) + continue + if (m.IsDo == false) + continue + if (!childBlocks) { + childBlocks = board.blockList.filter(t => t.PlaceX > block.PlaceX + && t.PlaceX + t.PlaceWidth < block.PlaceX + block.PlaceWidth + && t.PlaceY > block.PlaceY + && t.PlaceY + t.PlaceLength < block.PlaceY + block.PlaceLength) + } + const spaces = await this.getModelSpace(block, m, childBlocks) + for (const space of spaces) { + const sb = this.toScrapBlock(space) + // sb.PlaceX += border; + // sb.PlaceY += border; + sb.PlaceX += block.PlaceX + sb.PlaceY += block.PlaceY + board.ScrapBlockList.push(sb) + } + } + } + + board.needToScrapSpace = false + // console.log(`board id=${board.BoardID} find scrap block count = ${board.ScrapBlockList.length}`); + // console.log(`${board.BoardID} scraping ok`) + } + + async getModelSpace(block: PlaceBlock, m: SaleBlockModel, blocks: PlaceBlock[]): Promise { + if (m.OriginModeling == null) + return [] + const pts = m.OriginModeling.outline.pts + const buls = m.OriginModeling.outline.buls + // blocks = []; + // 起点 + let pts_n = [] + for (let i = 0; i < pts.length; i++) { + const p0 = BlockHelper.GetPlaceXYInBlock(block, pts[i].x, pts[i].y, false, false) + pts_n.push({ x: p0.X, y: p0.Y, bul: buls[i] }) + } + // 如果反面,翻转方向，重设坐标 + if (block.IsTurnOver) + pts_n = this.reversePoint(pts_n, block.CuttingWidth) + + // pts_n.forEach(t => { t.x += block.PlaceX; t.y += block.PlaceY; }); + + let polyLine + polyLine = Points2Polyline(pts_n) + const cicle = PolylineHelper.ConverPolyLin2Circle(polyLine) + if (cicle) + polyLine = cicle + const cureW2 = new CurveWrap(polyLine, this.offset, false) + const pts2 = cureW2.GetInsidePoints2(this.offset) + if (!pts2) + return [] + let posx = 10000 + let posy = 10000 + for (const p of pts2) { + if (p.x < posx) + posx = p.x + if (p.y < posy) + posy = p.y + } + for (const p of pts2) { + p.x -= posx + p.y -= posy + } + const binPath = new Path(pts2) + if (binPath.Area < 15000) + return [] + + await InitClipperCpp() + binPath.Id = undefined + PathGeneratorSingle.RegisterId(binPath) + // 容器 + const container = new Container(binPath) + let i = 0 + for (const b of blocks) { + const part = this.toPart(b, binPath, this.offset, i) + if (part[0].State.Contour == null) + continue + part[0].Id = i++ + // let isin = this.blockInBlock(block, b, polyLine); + // if (isin == false) continue; + // let part = this.toPart(b, binPath, this.offset, i++); + + // 设置位置 + part[0].PlacePosition = { x: (b.PlaceX - block.PlaceX - posx) * 1e4, y: (b.PlaceY - block.PlaceY - posy) * 1e4 } + container.PlacedParts.push(part[0]) + } + try { + // let f = new NestFiler(); + // f.Write(container.PlacedParts.length); + // for (let part of container.PlacedParts) + // f.Write(part.State.Contour.BigIntPoints); + // container.WriteFile(f); + // console.log(JSON.stringify(f._datas)); + // FileZip.WriteFile(`${board.BoardID}.container`, JSON.stringify(f._datas)); + + const spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths) + for (const space of spaces) + space.Points.forEach((t) => { t.x += posx; t.y += posy }) + + return spaces + } + catch (err) { + console.log(`板${block.BlockNo}造型孔分析余料空间失败.`) + throw new Error(`板${block.BlockNo}造型孔分析余料空间失败.请保存优化联系售后工程师分析`) + } + // let spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths); + // for (let space of spaces) + // { + // space.Points.forEach(t => { t.x += posx; t.y += posy; }); + // } + // return spaces; + } + + toPart(block: PlaceBlock, binPath: Path, offset: number, id: number): [Part, Vector2] { + const w = 10000 + const binPath2 = new Path([{ x: -w, y: -w }, { x: w, y: -w }, { x: w, y: w }, { x: -w, y: w }]) + const part = new Part() + part.Id = id + + part.UserData = { bno: block.BlockNo, size: block.Size, isYX: block.IsUnRegular, width: block.CuttingWidth, length: block.CuttingLength } + + let path: Path + let bPoint: Vector2 + + const sizeOff = BlockSizePlus.getOffDis(block) // 外扩偏移 + const hasSizeOff = (sizeOff.left + sizeOff.right + sizeOff.top + sizeOff.bottom) > (block.PlaceMetrial.CutDia * 2 + block.PlaceMetrial.CutGap * 2 + 0.01) + + // 矩形 且 带板外不偏移 + if (block.IsUnRegular == false && hasSizeOff == false) { + path = NestCache.CreatePath(block.PlaceWidth + sizeOff.left + sizeOff.right, block.PlaceLength + sizeOff.top + sizeOff.bottom, offset) + bPoint = path.OrigionMinPoint + // 轮廓 + part.Init2(path, binPath2, [0]) + } + else // 异形 + { + const pts = [] + + const cured = BlockPlus.getBorder(block) + for (const l of cured) { + if (l instanceof Arc2d) + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: l.Bul }) + + else + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: 0 }) + } + + let polyLine + polyLine = Points2Polyline(pts) + polyLine.CloseMark = true + + const cureW = new CurveWrap(polyLine, offset, true) + const pts2 = cureW.GetOutsidePoints() + arrayRemoveDuplicateBySort(pts, (p1, p2) => (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) < 1e-2) + path = new Path(pts2) + + const cicle = PolylineHelper.ConverPolyLin2Circle(polyLine) + if (!cicle) { + const area = path.BoundingBox.area - path.Area + if (area < 15000 && pts.length > 6) + path = NestCache.CreatePath(block.PlaceWidth, block.PlaceLength, offset) + } + part.Init2(path, binPath2, [0]) + + // 不能放下,那么尝试不简化路径 + if (!path.IsRect && !cicle && part.RotatedStates.length == 0) { + const pts2 = Polyline2Points(polyLine, true, offset)[1] + arrayRemoveDuplicateBySort(pts2, (p1, p2) => (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) < 1e-2) + path = new Path(pts2) + part.Init2(path, binPath, [0]) + } + // 轮廓 + bPoint = path.OrigionMinPoint + } + + if (hasSizeOff) { + bPoint.x = bPoint.x - sizeOff.left + bPoint.y = bPoint.y - sizeOff.bottom + } + + return [part, bPoint] + } + + toScrapBlock(path: Path): ScrapBlock { + const bx = path.OrigionMinPoint.x + const by = path.OrigionMinPoint.y + const points = path.Points + const ptsX = points.map((t) => { return t.x }) + const ptsY = points.map((t) => { return t.y }) + + const x0 = ArrayExt.min(ptsX, t => t) + const y0 = ArrayExt.min(ptsY, t => t) + const x1 = ArrayExt.max(ptsX, t => t) + const y1 = ArrayExt.max(ptsY, t => t) + + const sp = new ScrapBlock(x0, y0, x1 - x0, y1 - y0) + + const pts = points.map((t) => { return { x: t.x - x0, y: t.y - y0 } }) + + sp.PlaceX = bx + x0 + sp.PlaceY = by + y0 + + sp.setPoints(pts) + return sp + } + + // 判断板是否在造型洞里头 + blockInBlock(block: PlaceBlock, b: PlaceBlock, modlPl: Polyline, posX = 0, posY = 0): boolean { + const cured = BlockPlus.getBorder(b) + const pts = [] + for (const l of cured) { + if (l instanceof Arc2d) + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: l.Bul }) + + else + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: 0 }) + } + const polyLine = Points2Polyline(pts) + const cureW2 = new CurveWrap(polyLine, this.offset, false) + const pts2 = cureW2.GetInsidePoints2(this.offset) + + // pts2 = pts2.map(t => { return { x: t.x + b.PlaceX - block.PlaceX - posX, y: t.y + b.PlaceY - block.PlaceY - posY }; }); + + for (const t of pts2) { + const x = t.x + b.PlaceX - block.PlaceX - posX + const y = t.y + b.PlaceY - block.PlaceY - posY + if (modlPl.PtInCurve(new Vector3(x, y, 0)) == false) + return false + } + + return true + } + + private reversePoint(pts, w): any[] { + const newPts = [] + for (let i = pts.length - 1; i >= 0; i--) { + const p = pts[i] + const x = p.x + const y = p.y + const j = i == 0 ? pts.length - 1 : i - 1 + + const bul = pts[j].bul + newPts.push({ x, y, bul }) + } + return newPts + } +} diff --git a/src/processParser/common/LayoutEngine/PolylineHelper.ts b/src/processParser/common/LayoutEngine/PolylineHelper.ts new file mode 100644 index 0000000..768c175 --- /dev/null +++ b/src/processParser/common/LayoutEngine/PolylineHelper.ts @@ -0,0 +1,369 @@ +import type { PolylineProps } from 'cadapi' +import { CADFiler, Circle, Polyline, Status, VKnifToolPath, isTargetCurInOrOnSourceCur } from 'cadapi' +import type { Box3 } from 'three' +import { Vector2, Vector3 } from 'three' +import { arrayRemoveDuplicateBySort } from '../ArrayExt' +import type { Curve2d } from '../../common/base/CAD' +import { Arc2d, Point2d, copyTextToClipboard } from '../../common/base/CAD' +import { CurveWrap } from './Curves2Parts' + +// import type { Curve2d } from '../../common/base/CAD' + +export class PolylineHelper { + /** 创建闭合多段线 */ + static create(pts: any[], closeMark = false): Polyline { + let lined: PolylineProps[] = [] + let count = pts.length + for (let i = 0; i < count; i++) { + let p0 = pts[i] + + lined.push({ pt: new Vector2(p0.x, p0.y), bul: p0.bul || 0 }) + } + let pls = new Polyline(lined) + pls.CloseMark = closeMark + return pls + } + + static createByCurve2d(curs: Curve2d[], closeMark = true): Polyline { + let lined: PolylineProps[] = [] + for (let cur of curs) { + let x = cur.StartPoint.m_X + let y = cur.StartPoint.m_Y + let bul = 0 + if (cur instanceof Arc2d) + bul = cur.Bul || 0 + lined.push({ pt: new Vector2(x, y), bul }) + } + let pls = new Polyline(lined) + pls.CloseMark = true + return pls + } + + static createByPts(pts: any[], buls: number[], closeMark = false): Polyline { + let plps: PolylineProps[] = [] + let count = pts.length + for (let i = 0; i < count; i++) { + let p0 = pts[i] + plps.push({ pt: new Vector2(p0.x, p0.y), bul: buls[i] }) + } + let pls = new Polyline(plps) + pls.CloseMark = closeMark + return pls + } + + static getSimplePoints(pts: any[], offset: number): any[] { + let pl = PolylineHelper.create(pts) + pl.CloseMark = true + let cureW = new CurveWrap(pl, offset, true) + let pts2 = cureW.GetOutsidePoints() + arrayRemoveDuplicateBySort(pts2, (p1, p2) => (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) < 1e-2) + return pts2 + } + + static createByWidthLength(w: number, l: number): Polyline { + let plps: PolylineProps[] = [] + plps.push({ pt: new Vector2(0, 0), bul: 0 }) + plps.push({ pt: new Vector2(w, 0), bul: 0 }) + plps.push({ pt: new Vector2(w, l), bul: 0 }) + plps.push({ pt: new Vector2(0, l), bul: 0 }) + let pls = new Polyline(plps) + pls.CloseMark = true + return pls + } + + /** 多段线，添加位置移动 返回新多段线 */ + static moveTo(pl: Polyline, x: number, y: number): Polyline { + let lindData = pl.LineData + let pos = pl.Position + + let newPts: PolylineProps[] = [] + for (let p of lindData) { + let nx = p.pt.x + pos.x + x + let ny = p.pt.y + pos.y + y + if (ny < 7.9) { + // console.log('修边小于 7.9????', ny) + } + let bul = p.bul + newPts.push({ pt: new Vector2(nx, ny), bul }) + } + let npl = new Polyline(newPts) + npl.CloseMark = pl.CloseMark + return npl + } + + /** 重设 多段线的几点 */ + static resetPosition(pl: Polyline): Polyline { + let lindData = pl.LineData + let pos = pl.Position + + let newPts: PolylineProps[] = [] + for (let p of lindData) { + let nx = p.pt.x + pos.x + let ny = p.pt.y + pos.y + let bul = p.bul + newPts.push({ pt: new Vector2(nx, ny), bul }) + } + let npl = new Polyline(newPts) + npl.CloseMark = pl.CloseMark + return npl + } + + /** 获得v型刀走刀路径 */o + static getVModelPoints(pl: Polyline, depth: number, ang: number): any[] { + // let ang = Math.PI * (0.5 * angle) / 180 ; + let ps = [] + let bx = pl.Position.x + let by = pl.Position.y + if (ang > 0.01) { + let rt = VKnifToolPath(pl, depth, ang / 2) + ps = rt.map((t) => { return { x: t.pt.x + bx, y: t.pt.y + by, z: t.pt.z, bul: t.bul, r: 0 } }) + } + else { + ps = pl.LineData.map((t) => { return { x: t.pt.x + bx, y: t.pt.y + by, z: 0, bul: t.bul, r: 0 } }) + } + for (let i = 0; i < ps.length; i++) { + let p = ps[i] + if (p.bul == 0) + continue + let p2 = (i == ps.length - 1 ? ps[0] : ps[i + 1]) + let r = this.getArcRadius(p.x, p.y, p2.x, p2.y, p.bul) + p.r = r + } + return ps + } + + static ConverPolyLin2Circle(polyline: Polyline, fuzz = 0.1): Circle | undefined { + let box = polyline.BoundingBox + let size = box.getSize(new Vector3()) + if (!this.equaln(size.x, size.y, fuzz))// 盒子四方 + return undefined + + let circleLength = 2 * Math.PI * size.x + if (!this.equaln(circleLength, polyline.Length, fuzz * 2)) + return undefined + + let circleArea = Math.PI * size.x * size.x + if (!this.equaln(circleArea, polyline.Area, fuzz * 2)) + return undefined + + let r = size.x// 必须备份(因为我们要复用这个vector变量) + return new Circle(box.getCenter(size), r) + } + // 有问题 + static getVModelPoints_offset(pl: Polyline, offset: number, depth: number, angle: number) { + let npl = offset == 0 ? pl : pl.GetOffsetCurves(offset)[0] + // if(offset != 0) + // { + // ClipboardTest.write2PolyLine(pl,npl); + // } + return PolylineHelper.getVModelPoints(npl, depth, angle) + } + + static getArcRadius(x1: number, y1: number, x2: number, y2: number, bul: number): number { + let bul2 = Math.abs(bul) + let d = Math.sqrt((x1 - x2) ** 2 + (y1 - y2) ** 2) / 2 + return 0.5 * d * (1 + bul2 ** 2) / bul2 + } + + // 圆 转 多段线 + static cicleToPolyline(c: Circle): Polyline { + let arcs = c.GetSplitCurves([0, 0.5]) + let pl = Polyline.FastCombine(arcs) + return pl + } + + /** 判断多段线是否 重叠 */ + static isIntersect(pl1: Polyline, pl2: Polyline): boolean { + let box1 = this.getBox(pl1) + let box2 = this.getBox(pl2) + + if (!box1.intersectsBox(box2)) + return false // 肯定不相交 + + let ipts = pl1.IntersectWith(pl2, 0) + if (ipts.length === 0) { + if (pl1.Area > pl2.Area)// 缓存面积 + { + if (isTargetCurInOrOnSourceCur(pl1, pl2)) + return true // 包含 + } + else { + if (isTargetCurInOrOnSourceCur(pl2, pl1)) + return true // 包含 + } + return false + } + else { + return true // 有交点 一定有交集 + } + } + + // 多段线 圆弧合并 + static mergeCurve(pl2: Polyline): Polyline { + const curves = pl2.Explode() + arrayRemoveDuplicateBySort(curves, (c1, c2) => { + return c1.Join(c2) === Status.True + }) + + return Polyline.FastCombine(curves) + } + + /** + * pl2 包含在pl1 内 + * + */ + // static isInside(pl1:Polyline,pl2:Polyline):boolean + // { + // let box1 = this.getBox(pl1); + // let box2 = this.getBox(pl2); + // if (!box1.intersectsBox(box2)) return false; //肯定不相交 + + // let ipts = pl1.IntersectWith(pl2, 0); + // if (ipts.length > 0) return true; //有交点 一定有交集 + // } + + /** + * 两片板的干涉检查 + * + * @param pl1 + * @param pls1_inner + * @param pls1_model + * @param pl2 + * @param pls2_inner + * @param pls2_model + * @returns + */ + static isOverLap(pl1: Polyline, pls1_inner: Polyline[], pls1_model: Polyline[], pl2: Polyline, pls2_inner: Polyline[], pls2_model: Polyline[]) { + // 是否干涉， 被包含在造型洞，不算干涉 + let isOverlap = this.boxIsOverlap(pl1, pls1_inner, pl2, pls2_inner) + + if (isOverlap) + return true + + // 造型 ，2v 刀路 是否干涉 + for (let pl1_model of pls1_model) { + if (pl1_model.IntersectWith(pl2, 0).length > 0) + return true + for (let pl2_inner of pls2_inner) { + if (pl1_model.IntersectWith(pl2_inner, 0).length > 0) + return true + } + } + + for (let pl2_model of pls2_model) { + if (pl2_model.IntersectWith(pl1, 0).length > 0) + return true + for (let pl1_inner of pls1_inner) { + if (pl2_model.IntersectWith(pl1_inner, 0).length > 0) + return true + } + } + + return false + } + + private static boxIsOverlap(pl1: Polyline, pls1_inner: Polyline[], pl2: Polyline, pls2_inner: Polyline[]) { + let box1 = this.getBox(pl1) + let box2 = this.getBox(pl2) + + if (!box1.intersectsBox(box2)) + return false // 肯定不相交 + + let ipts = pl1.IntersectWith(pl2, 0) + if (ipts.length > 0) + return true // 有交点 一定有交集 + + if (pl1.Area > pl2.Area)// 缓存面积 + { + if (isTargetCurInOrOnSourceCur(pl1, pl2)) // pl1包含 pl2 + { + for (let mpl of pls1_inner) // 如果pl1有造型洞包含pl2， 则表示不干涉，返回false + + { + if (isTargetCurInOrOnSourceCur(mpl, pl2) == true) + return false + } + + return true + } + } + else { + if (isTargetCurInOrOnSourceCur(pl2, pl1)) // pl2包含 pl1 + { + for (let mpl of pls2_inner) // 如果pl2有造型洞包含pl1， 则表示不干涉，返回false + + { + if (isTargetCurInOrOnSourceCur(mpl, pl1) == true) + return false + } + + return true + } + } + + return false + } + + /** 判断 点是否在多段线内 */ + static isPointInPolyline(pl1: Polyline, x: number, y: number): boolean { + return pl1.PtInCurve(new Vector3(x, y, 0)) + } + + static getBox(pl1: Polyline): Box3 { + if (!pl1.box_tp) + pl1.box_tp = pl1.BoundingBox + + return pl1.box_tp as Box3 + } + + static getArea(pl1: Polyline): number { + if (!pl1.area_tp) + pl1.area_tp = pl1.Area + + return pl1.area_tp as number + } + + static getPath(pl: Polyline): Path2D { + let path = new Path2D() + let p0 = pl.LineData[0].pt + path.moveTo(p0.x, p0.y) + + for (let i = 0; i < pl.LineData.length; i++) { + let p0 = pl.LineData[i].pt + let p1 = (i == pl.LineData.length - 1) ? pl.LineData[0].pt : pl.LineData[i + 1].pt + let bul = pl.LineData[i].bul + if (bul == 0) { + path.lineTo(p1.x, p1.y) + } + else { + let arc = new Arc2d(new Point2d(p0.x, p0.y), new Point2d(p1.x, p1.y), bul) + path.arc(arc.m_Center.m_X, arc.m_Center.m_Y, arc.m_Radius, arc.m_StartAngle, arc.m_EndAngle, bul < 0) + } + } + path.closePath() + return path + } + + static equaln(v1: number, v2: number, fuzz = 1e-5) { + return Math.abs(v1 - v2) <= fuzz + } + + static toClipboard(en: Polyline | any) { + let f = new CADFiler() + f.Write(1)// 实体个数 + f.WriteObject(en) + + copyTextToClipboard(f.ToString()) + } + + static getStrPLs(ens: any[]) { + if (ens.length == 0) + return '' + let f = new CADFiler() + f.Write(ens.length)// 实体个数 + for (let en of ens) + f.WriteObject(en) + + return f.ToString() + } +} diff --git a/src/processParser/common/LayoutEngine/RemainHelper.ts b/src/processParser/common/LayoutEngine/RemainHelper.ts new file mode 100644 index 0000000..73797a8 --- /dev/null +++ b/src/processParser/common/LayoutEngine/RemainHelper.ts @@ -0,0 +1,408 @@ +import type { Polyline } from 'cadapi' +import { Polyline2Points } from 'cadapi' +import { Vector3 } from 'three' +import { ArrayExt } from '../base/ArrayExt.js' +import { Arc2d } from '../base/CAD.js' +import { arrayRemoveDuplicateBySort } from '../ArrayExt.js' +import { InitClipperCpp } from '../ClipperCpp.js' +import type { Vector2 } from '../Vector2.js' +import { Container } from '../core/Container.js' +import { NestCache } from '../core/NestCache.js' +import { ParseOddments } from '../core/ParseOddments.js' +import { Part } from '../core/Part.js' +import { Path } from '../core/Path.js' +import { PathGeneratorSingle } from '../core/PathGenerator.js' +import type { PlaceBlock } from '../../vo/order/PlaceBlock.js' +import type { PlaceBoard } from '../../vo/order/PlaceBoard.js' +import type { PlaceMaterial } from '../../vo/order/PlaceMaterial.js' +import type { BlockModel } from '../../vo/model/BlockModel.js' +import { RemainBlock } from '../../vo/remain/RemainBlock.js' +import { BlockPlus } from '../../vo/order/BlockPlus.js' +import { BlockSizePlus } from '../../vo/order/BlockSizePlus.js' +import { BlockHelper } from '../../vo/order/BlockHelper.js' +import { PlaceStore } from '../../vo/order/PlaceStore.js' +import { PolylineHelper } from './PolylineHelper.js' +import { CurveWrap, Points2Polyline } from './Curves2Parts.js' + +/** 自动生成余料板空间 */ +export class RemainHelper { + squarePath: Path + canPutPaths: Path[] + offset = 3.5 + + initSquarePath() { + // let squareWidth = PlaceStore.sysConfig.scrapBlockSquare || 200; + // let widthMin = PlaceStore.sysConfig.srcapBlockWidthMin || 100; + // let widthMax = PlaceStore.sysConfig.scrapBlockWidthMax || 600; + let squareWidth = 200 + let widthMin = 100 + let widthMax = 600 + this.squarePath = NestCache.CreatePath(60, 60, 0) + this.canPutPaths = [ + NestCache.CreatePath(squareWidth, squareWidth, 0), + NestCache.CreatePath(widthMin, widthMax, 0), + NestCache.CreatePath(widthMax, widthMin, 0), + ] + } + + /** 分析所有余料空间 */ + async analyzeAllRemainSpace(pm1: PlaceMaterial, pb1: PlaceBoard) { + this.initSquarePath() + console.log('分析所有余料空间'); + if (pm1 && pb1) // 当前板 先做 + { + + this.offset = (pm1.diameter + pm1.cutKnifeGap) / 2 + PlaceStore.order.sysConfig.preMillingSize + pb1.isCreateRemainSpace = true + await this.analyzeScrapSpace(pm1, pb1) + } + let order = PlaceStore.order + for (let pm of order.materialList) { + this.offset = (pm.diameter + pm.cutKnifeGap ) / 2 + PlaceStore.order.sysConfig.preMillingSize + for (let pb of pm.boardList) { + await this.analyzeScrapSpace(pm, pb) + } + } + } + + /** 分析所有余料空间 */ + async analyzeScrapSpace(pm: PlaceMaterial, board: PlaceBoard) { + // console.log('RemainHelper analyzeScrapSpace', pm, board) + if (board.isCreateRemainSpace == false) + return + await InitClipperCpp() + + let cutBoardBorder = PlaceStore.sysConfig.cutBoardBorder; + let cutBoardBorderB = PlaceStore.sysConfig.cutBoardBorderB + if (board.isTwoFaceProcessing == false) + cutBoardBorderB = 0 + let binPath: Path + if (board.points && board.points.length > 0) // 非矩形板 + { + binPath = new Path(board.points) + } + else // 矩形板 + { + binPath = new Path([{ x: cutBoardBorder, y: cutBoardBorder }, + { x: board.width - cutBoardBorderB, y: cutBoardBorder }, + { x: board.width - cutBoardBorderB, y: board.length - cutBoardBorderB }, + { x: cutBoardBorder, y: board.length - cutBoardBorderB }, + ]) + } + binPath.Id = undefined + PathGeneratorSingle.RegisterId(binPath) + // 容器 + let container = new Container(binPath) + + for (let i = 0; i < board.blockList.length; i++) { + let block = board.blockList[i] + let part = this.toPart(block, binPath, this.offset * 2, i) + // 设置位置 + part[0].PlacePosition = { x: (part[1].x + block.placeX + block.placeOffX - cutBoardBorder) * 1e4, y: (part[1].y + block.placeY + block.placeOffY - cutBoardBorder) * 1e4 } + container.PlacedParts.push(part[0]) + } + // for (let i = 0; i < board.BlockList.length; i++) + // { + // let block = board.BlockList[i]; + // let part = this.toPart(block, binPath, 0, board.BlockList.length + i); + // //设置位置 + // part[0].PlacePosition = { x: (part[1].x + block.placeX - border) * 1e4, y: (part[1].y + block.placeY - border) * 1e4 }; + // container.PlacedParts.push(part[0]); + // } + + // let f = new NestFiler(); + // f.Write(container.PlacedParts.length); + // for (let part of container.PlacedParts) + // f.Write(part.State.Contour.BigIntPoints); + // container.WriteFile(f); + // console.log(JSON.stringify(f._datas)); + + // FileZip.WriteFile(`${board.boardId}.container`, JSON.stringify(f._datas)); + + board.remainBlockList = [] // 清空 + try { + let spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths) + for (let space of spaces) { + let sb = this.toRemainBlock(space) + sb.placeX = sb.placeX + cutBoardBorder + sb.placeY = sb.placeY + cutBoardBorder + board.remainBlockList.push(sb) + } + } + catch (err) { + // throw new Error(`计算余料空间异常:${pm.FullName} 第${board.boardId}片`); + console.log(`计算余料空间异常:${pm.fullName} 第${board.boardId}片`, err) + throw new Error(`计算余料空间异常:${pm.fullName} 第${board.boardId}片;请保存优化联系售后工程师分析`) + } + + // 分析小板内 造型孔洞 余料空间 + for (let block of board.blockList) { + let childBlocks: PlaceBlock[] + // 造型孔 + for (let m of block.models) { + if (m.depth < block.thickness - 0.05) + continue + if (m.hasContour == false) + continue + if (m.isCutting == false) + continue + if (!childBlocks) { + childBlocks = board.blockList.filter(t => t.placeX > block.placeX + && t.placeX + t.placeWidth < block.placeX + block.placeWidth + && t.placeY > block.placeY + && t.placeY + t.placeLength < block.placeY + block.placeLength) + } + let spaces = await this.getModelSpace(block, m, childBlocks) + for (let space of spaces) { + let sb = this.toRemainBlock(space) + // sb.placeX += border; + // sb.placeY += border; + sb.placeX += block.placeX + sb.placeY += block.placeY + board.remainBlockList.push(sb) + } + } + } + + board.isCreateRemainSpace = false + // console.log(`board id=${board.boardId} find scrap block count = ${board.remainBlockList.length}`); + // console.log(`${board.boardId} scraping ok`) + } + + /** 获取造型空间 */ + async getModelSpace(block: PlaceBlock, m: BlockModel, blocks: PlaceBlock[]): Promise { + if (m.originModeling == null) + return [] + let pts = m.originModeling.outline.pts + let buls = m.originModeling.outline.buls + + if (pts == undefined) { + pts = m.originModeling.outline.map(e => e.pts) + } + + if (buls == undefined) { + buls = m.originModeling.outline.map(e => e.buls) + } + // blocks = []; + // 起点 + let pts_n = [] + for (let i = 0; i < pts.length; i++) { + let p0 = BlockHelper.getPlaceXYInBlock(block, pts[i].x, pts[i].y, false, false) + pts_n.push({ x: p0.x, y: p0.y, bul: buls[i] }) + } + // 如果反面,翻转方向，重设坐标 + if (block.isTurnOver) + pts_n = this.reversePoint(pts_n, block.cutWidth) + + // pts_n.forEach(t => { t.x += block.placeX; t.y += block.placeY; }); + + let polyLine + polyLine = Points2Polyline(pts_n) + let cicle = PolylineHelper.ConverPolyLin2Circle(polyLine) + if (cicle) + polyLine = cicle + let cureW2 = new CurveWrap(polyLine, this.offset, false) + let pts2 = cureW2.GetInsidePoints2(this.offset) + if (!pts2) + return [] + let posx = 10000 + let posy = 10000 + for (let p of pts2) { + if (p.x < posx) + posx = p.x + if (p.y < posy) + posy = p.y + } + for (let p of pts2) { + p.x -= posx + p.y -= posy + } + let binPath = new Path(pts2) + if (binPath.Area < 15000) + return [] + + await InitClipperCpp() + binPath.Id = undefined + PathGeneratorSingle.RegisterId(binPath) + // 容器 + let container = new Container(binPath) + let i = 0 + for (let b of blocks) { + let part = this.toPart(b, binPath, this.offset, i) + if (part[0].State.Contour == null) + continue + part[0].Id = i++ + // let isin = this.blockInBlock(block, b, polyLine); + // if (isin == false) continue; + // let part = this.toPart(b, binPath, this.offset, i++); + + // 设置位置 + part[0].PlacePosition = { x: (b.placeX - block.placeX - posx) * 1e4, y: (b.placeY - block.placeY - posy) * 1e4 } + container.PlacedParts.push(part[0]) + } + try { + // let f = new NestFiler(); + // f.Write(container.PlacedParts.length); + // for (let part of container.PlacedParts) + // f.Write(part.State.Contour.BigIntPoints); + // container.WriteFile(f); + // console.log(JSON.stringify(f._datas)); + // FileZip.WriteFile(`${board.boardId}.container`, JSON.stringify(f._datas)); + + let spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths) + for (let space of spaces) { + space.Points.forEach((t) => { t.x += posx; t.y += posy }) + } + return spaces + } + catch (err) { + console.log(`板${block.blockNo}造型孔分析余料空间失败.`) + throw new Error(`板${block.blockNo}造型孔分析余料空间失败.请保存优化联系售后工程师分析`) + } + // let spaces = ParseOddments(container, binPath, this.offset, this.squarePath, this.canPutPaths); + // for (let space of spaces) + // { + // space.Points.forEach(t => { t.x += posx; t.y += posy; }); + // } + // return spaces; + } + + /** 转配件 */ + toPart(block: PlaceBlock, binPath: Path, offset: number, id: number): [Part, Vector2] { + let w = 10000 + let binPath2 = new Path([{ x: -w, y: -w }, { x: w, y: -w }, { x: w, y: w }, { x: -w, y: w }]) + let part = new Part() + part.Id = id + + part.UserData = { bno: block.blockNo, area: block.area, isUnRegular: block.isUnRegular, width: block.cutWidth, length: block.cutLength } + + let path: Path + let bPoint: Vector2 + + let sizeOff = BlockSizePlus.getOffDis(block) // 外扩偏移 + let hasSizeOff = (sizeOff.left + sizeOff.right + sizeOff.top + sizeOff.bottom) > (block.placeMaterial.diameter * 2 + block.placeMaterial.cutKnifeGap * 2 + 0.01) + + // 矩形且带板外不偏移 + if (block.isUnRegular == false && hasSizeOff == false) { + path = NestCache.CreatePath(block.placeWidth + sizeOff.left + sizeOff.right, block.placeLength + sizeOff.top + sizeOff.bottom, offset) + bPoint = path.OrigionMinPoint + // 轮廓 + part.Init2(path, binPath2, [0]) + } + else // 异形 + { + let pts = [] + + let cured = BlockPlus.getBorder_moving(block) + for (let l of cured) { + if (l instanceof Arc2d) { + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: l.Bul }) + } + else { + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: 0 }) + } + } + + let polyLine + polyLine = Points2Polyline(pts) + polyLine.CloseMark = true + + let cureW = new CurveWrap(polyLine, offset, true) + let pts2 = cureW.GetOutsidePoints() + arrayRemoveDuplicateBySort(pts, (p1, p2) => (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) < 1e-2) + path = new Path(pts2) + + let cicle = PolylineHelper.ConverPolyLin2Circle(polyLine) + if (!cicle) { + let area = path.BoundingBox.area - path.Area + if (area < 15000 && pts.length > 6) + path = NestCache.CreatePath(block.placeWidth, block.placeLength, offset) + } + part.Init2(path, binPath2, [0]) + + // 不能放下,那么尝试不简化路径 + if (!path.IsRect && !cicle && part.RotatedStates.length == 0) { + let pts2 = Polyline2Points(polyLine, true, offset)[1] + arrayRemoveDuplicateBySort(pts2, (p1, p2) => (p1.x - p2.x) * (p1.x - p2.x) + (p1.y - p2.y) * (p1.y - p2.y) < 1e-2) + path = new Path(pts2) + part.Init2(path, binPath, [0]) + } + // 轮廓 + bPoint = path.OrigionMinPoint + } + + if (hasSizeOff) { + bPoint.x = bPoint.x - sizeOff.left + bPoint.y = bPoint.y - sizeOff.bottom + } + + return [part, bPoint] + } + + /** 余料板空间 */ + toRemainBlock(path: Path): RemainBlock { + let bx = path.OrigionMinPoint.x + let by = path.OrigionMinPoint.y + let points = path.Points + let ptsX = points.map((t) => { return t.x }) + let ptsY = points.map((t) => { return t.y }) + + let x0 = ArrayExt.min(ptsX, t => t) + let y0 = ArrayExt.min(ptsY, t => t) + let x1 = ArrayExt.max(ptsX, t => t) + let y1 = ArrayExt.max(ptsY, t => t) + + let sp = new RemainBlock(x0, y0, x1 - x0, y1 - y0) + + let pts = points.map((t) => { return { x: t.x - x0, y: t.y - y0 } }) + + sp.placeX = bx + x0 + sp.placeY = by + y0 + + sp.setPoints(pts) + return sp + } + + /** 判断板是否在造型洞里头 */ + blockInModelOfBlock(block: PlaceBlock, b: PlaceBlock, modlPl: Polyline, posX = 0, posY = 0): boolean { + let cured = BlockPlus.getBorder(b) + let pts = [] + for (let l of cured) { + if (l instanceof Arc2d) { + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: l.Bul }) + } + else { + pts.push({ x: l.StartPoint.m_X, y: l.StartPoint.m_Y, bul: 0 }) + } + } + let polyLine = Points2Polyline(pts) + let cureW2 = new CurveWrap(polyLine, this.offset, false) + let pts2 = cureW2.GetInsidePoints2(this.offset) + + // pts2 = pts2.map(t => { return { x: t.x + b.placeX - block.placeX - posX, y: t.y + b.placeY - block.placeY - posY }; }); + + for (let t of pts2) { + let x = t.x + b.placeX - block.placeX - posX + let y = t.y + b.placeY - block.placeY - posY + if (modlPl.PtInCurve(new Vector3(x, y, 0)) == false) + return false + } + + return true + } + + /** 反向点 */ + private reversePoint(pts, w): any[] { + let newPts = [] + for (let i = pts.length - 1; i >= 0; i--) { + let p = pts[i] + let x = p.x + let y = p.y + let j = i == 0 ? pts.length - 1 : i - 1 + + let bul = pts[j].bul + newPts.push({ x, y, bul }) + } + return newPts + } +} diff --git a/src/processParser/common/LayoutEngine/Simplify2.ts b/src/processParser/common/LayoutEngine/Simplify2.ts new file mode 100644 index 0000000..3954661 --- /dev/null +++ b/src/processParser/common/LayoutEngine/Simplify2.ts @@ -0,0 +1,85 @@ +import { Vector2 } from '../Vector2' + +interface P { + x: number + y: number +} + +export interface IOffset { + negativeOffset: number + positiveOffset: number +} + +/** 点p到线段P1P2 的最短距离的平方,线段不延伸 */ +function GetSqSegDist(p: P, p1: P, p2: P): number { + let x = p1.x + let y = p1.y + let dx = p2.x - x + let dy = p2.y - y + + if (dx !== 0 || dy !== 0)// 不是0长度线 + { + const t = ((p.x - x) * dx + (p.y - y) * dy) / (dx * dx + dy * dy) + if (t > 1) { + x = p2.x + y = p2.y + } + else if (t > 0) { + x += dx * t + y += dy * t + } + } + dx = p.x - x + dy = p.y - y + return dx * dx + dy * dy +} + +function CrossVector2(a: P, b: P) +{ + return a.x * b.y - a.y * b.x +} + +// Ramer-Douglas-Peucker algorithm +function SimplifyDPStep(points: P[], first: number, last: number, sqTolerance: number, simplified: P[], offset: IOffset): void { + let maxSqDist = 0 + let index: number + const fp = points[first] + const lp = points[last] + + for (let i = first + 1; i < last; i++) { + const p = points[i] + const sqDist = GetSqSegDist(p, fp, lp) + if (sqDist > maxSqDist) { + index = i + maxSqDist = sqDist + } + } + + if (maxSqDist > sqTolerance) { + if (index - first > 1) + SimplifyDPStep(points, first, index, sqTolerance, simplified, offset) + simplified.push(points[index]) + if (last - index > 1) + SimplifyDPStep(points, index, last, sqTolerance, simplified, offset) + } + else { + // 记录偏移 + const v = new Vector2(lp.x - fp.x, lp.y - fp.y).normalize() + for (let i = first + 1; i < last; i++) { + const p = points[i] + const offsetDist = -CrossVector2(v, { x: p.x - fp.x, y: p.y - fp.y }) + offset.positiveOffset = Math.max(offset.positiveOffset, offsetDist) + offset.negativeOffset = Math.min(offset.negativeOffset, offsetDist) + } + } +} + +// Ramer-Douglas-Peucker 算法 +export function SimplifyDouglasPeucker(points: P[], sqTolerance: number): [P[], IOffset] { + const last = points.length - 1 + const simplified: P[] = [points[0]] + const offset: IOffset = { negativeOffset: 0, positiveOffset: 0 } + SimplifyDPStep(points, 0, last, sqTolerance, simplified, offset) + simplified.push(points[last]) + return [simplified, offset] +} diff --git a/src/processParser/common/LayoutEngine/writeP.ts b/src/processParser/common/LayoutEngine/writeP.ts new file mode 100644 index 0000000..851305e --- /dev/null +++ b/src/processParser/common/LayoutEngine/writeP.ts @@ -0,0 +1,104 @@ +import type { PolylineProps } from 'cadapi' +import { CADFiler, Polyline } from 'cadapi' +import { Vector2 } from 'three' +import { copyTextToClipboard } from '../../Base/CAD' + +export class ClipboardTest { + public static writePolyline1(pl: Polyline, pts1) { + // pl 原图 + // pts ：偏移后的点 + + const lined: PolylineProps[] = [] + const count = pts1.length + for (let i = 0; i < count; i++) { + const p0 = pts1[i] + lined.push({ pt: new Vector2(p0.x, p0.y), bul: 0 }) + } + const pl1 = new Polyline(lined) + pl1.CloseMark = true + + const f = new CADFiler() + f.Clear() + f.Write(2) + f.WriteObject(pl) + f.WriteObject(pl1) + + const test = JSON.stringify(f.Data) + + // for (let pl of lined) + // f.WriteObject(pl) + copyTextToClipboard(test) + } + + public static writePolyline2(pl: Polyline, pts1, pts2) { + // pl 原图 + // pts ：偏移后的点 + + const lined: PolylineProps[] = [] + const count = pts1.length + for (let i = 0; i < count; i++) { + const p0 = pts1[i] + lined.push({ pt: new Vector2(p0.x, p0.y), bul: 0 }) + } + const pl1 = new Polyline(lined) + + const lined2: PolylineProps[] = [] + const count2 = pts2.length + for (let i = 0; i < count2; i++) { + const p0 = pts2[i] + lined2.push({ pt: new Vector2(p0.x, p0.y), bul: 0 }) + } + const pl2 = new Polyline(lined2) + + const f = new CADFiler() + f.Clear() + f.Write(3) + f.WriteObject(pl) + f.WriteObject(pl1) + f.WriteObject(pl2) + const test = JSON.stringify(f.Data) + + // for (let pl of lined) + // f.WriteObject(pl) + copyTextToClipboard(test) + } + + public static writeClipboard(pts) { + const lined: PolylineProps[] = [] + const count = pts.length + for (let i = 0; i < count; i++) { + const p0 = pts[i] + lined.push({ pt: new Vector2(p0.x, p0.y), bul: 0 }) + } + + const pls = new Polyline(lined) + const f = new CADFiler() + f.Clear() + f.Write(1) + f.WriteObject(pls) + const test = JSON.stringify(f.Data) + + // for (let pl of lined) + // f.WriteObject(pl) + copyTextToClipboard(test) + } + + public static writePolyLine(pls) { + const f = new CADFiler() + f.Clear() + f.Write(1) + f.WriteObject(pls) + const test = JSON.stringify(f.Data) + copyTextToClipboard(test) + } + + public static write2PolyLine(pls, pls2) { + const f = new CADFiler() + f.Clear() + f.Write(2) + f.WriteObject(pls) + f.WriteObject(pls2) + const test = JSON.stringify(f.Data) + copyTextToClipboard(test) + } +} diff --git a/src/processParser/common/Point.ts b/src/processParser/common/Point.ts new file mode 100644 index 0000000..87927a5 --- /dev/null +++ b/src/processParser/common/Point.ts @@ -0,0 +1,5 @@ +export interface Point +{ + x: number + y: number +} diff --git a/src/processParser/common/Random.ts b/src/processParser/common/Random.ts new file mode 100644 index 0000000..2e25e51 --- /dev/null +++ b/src/processParser/common/Random.ts @@ -0,0 +1,11 @@ +import { FixIndex } from './Util' + +export function RandomIndex(count: number, exclude?: number): number +{ + let index = Math.floor(Math.random() * count) + if (index === count) + index = 0 + if (index === exclude) + index = FixIndex(index + 1, count) + return index +} diff --git a/src/processParser/common/Sleep.ts b/src/processParser/common/Sleep.ts new file mode 100644 index 0000000..868f879 --- /dev/null +++ b/src/processParser/common/Sleep.ts @@ -0,0 +1,7 @@ +export async function Sleep(time: number) +{ + return new Promise((res) => + { + setTimeout(res, time) + }) +} diff --git a/src/processParser/common/Util.ts b/src/processParser/common/Util.ts new file mode 100644 index 0000000..a42dd3e --- /dev/null +++ b/src/processParser/common/Util.ts @@ -0,0 +1,38 @@ +/** 判断两个值是否相等 */ +export function equaln(v1: number, v2: number, fuzz = 1e-5) +{ + return Math.abs(v1 - v2) <= fuzz +} + +/** 修正数组索引号 */ +export function FixIndex(index: number, arr: Array | number) +{ + let count = (Array.isArray(arr)) ? arr.length : arr + if (index < 0) + return count + index + else if (index >= count) + return index - count + else + return index +} + +/** + * 获取数组最大元素的索引号 + * @param compart t2大于t1返回t2 + * @returns 索引 + */ +export function Max(arr: T[], compart: (t1: T, t2: T) => boolean): number +{ + let best: T = arr[0] + let bestIndex = 0 + for (let i = 1; i < arr.length; i++) + { + let t1 = arr[i] + if (compart(best, t1)) + { + best = t1 + bestIndex = i + } + } + return bestIndex +} diff --git a/src/processParser/common/Vector2.ts b/src/processParser/common/Vector2.ts new file mode 100644 index 0000000..e2687d1 --- /dev/null +++ b/src/processParser/common/Vector2.ts @@ -0,0 +1,335 @@ +import type { Point } from './Point.js' + +/** 二维向量 */ +export class Vector2 +{ + x: number + y: number + readonly isVector2: boolean = true + constructor(x: number = 0, y: number = 0) + { + this.x = x + this.y = y + } + + get width(): number { return this.x } + set width(value: number) { this.x = value } + get height(): number { return this.y } + set height(value: number) { this.y = value } + set(x: number, y: number): Vector2 + { + this.x = x + this.y = y + return this + } + + setScalar(scalar: number): Vector2 + { + this.x = scalar + this.y = scalar + return this + } + + setX(x: number): Vector2 + { + this.x = x + return this + } + + setY(y: number): Vector2 + { + this.y = y + return this + } + + setComponent(index: number, value: number): Vector2 + { + switch (index) + { + case 0: this.x = value; break + case 1: this.y = value; break + default: throw new Error(`index is out of range: ${index}`) + } + return this + } + + getComponent(index: number): number + { + switch (index) + { + case 0: return this.x + case 1: return this.y + default: throw new Error(`index is out of range: ${index}`) + } + } + + clone(): Vector2 + { + return new (this.constructor as any)().copy(this) + } + + copy(v: Vector2): Vector2 + { + this.x = v.x + this.y = v.y + return this + } + + add(v: Point): Vector2 + { + this.x += v.x + this.y += v.y + return this + } + + addScalar(s: number): Vector2 + { + this.x += s + this.y += s + return this + } + + addVectors(a: Vector2, b: Vector2): Vector2 + { + this.x = a.x + b.x + this.y = a.y + b.y + return this + } + + addScaledVector(v: Vector2, s: number): Vector2 + { + this.x += v.x * s + this.y += v.y * s + return this + } + + sub(v: Vector2): Vector2 + { + this.x -= v.x + this.y -= v.y + return this + } + + subScalar(s: number): Vector2 + { + this.x -= s + this.y -= s + return this + } + + subVectors(a: Vector2, b: Vector2): Vector2 + { + this.x = a.x - b.x + this.y = a.y - b.y + return this + } + + multiply(v: Vector2): Vector2 + { + this.x *= v.x + this.y *= v.y + return this + } + + multiplyScalar(scalar: number): Vector2 + { + if (Number.isFinite(scalar)) + { + this.x *= scalar + this.y *= scalar + } else + { + this.x = 0 + this.y = 0 + } + return this + } + + divide(v: Vector2): Vector2 + { + this.x /= v.x + this.y /= v.y + return this + } + + divideScalar(scalar: number): Vector2 + { + return this.multiplyScalar(1 / scalar) + } + + min(v: Point): Vector2 + { + this.x = Math.min(this.x, v.x) + this.y = Math.min(this.y, v.y) + return this + } + + max(v: Point): Vector2 + { + this.x = Math.max(this.x, v.x) + this.y = Math.max(this.y, v.y) + return this + } + + clamp(min: Vector2, max: Vector2): Vector2 + { + // This function assumes min < max, if this assumption isn't true it will not operate correctly + this.x = Math.max(min.x, Math.min(max.x, this.x)) + this.y = Math.max(min.y, Math.min(max.y, this.y)) + return this + } + + private static clampScalar_min = new Vector2() + private static clampScalar_max = new Vector2() + clampScalar(minVal: number, maxVal: number): Vector2 + { + const min: Vector2 = Vector2.clampScalar_min.set(minVal, minVal) + const max: Vector2 = Vector2.clampScalar_max.set(maxVal, maxVal) + return this.clamp(min, max) + } + + clampLength(min: number, max: number): Vector2 + { + const length: number = this.length() + return this.multiplyScalar(Math.max(min, Math.min(max, length)) / length) + } + + floor(): Vector2 + { + this.x = Math.floor(this.x) + this.y = Math.floor(this.y) + return this + } + + ceil(): Vector2 + { + this.x = Math.ceil(this.x) + this.y = Math.ceil(this.y) + return this + } + + round(): Vector2 + { + this.x = Math.round(this.x) + this.y = Math.round(this.y) + return this + } + + roundToZero(): Vector2 + { + this.x = (this.x < 0) ? Math.ceil(this.x) : Math.floor(this.x) + this.y = (this.y < 0) ? Math.ceil(this.y) : Math.floor(this.y) + return this + } + + negate(): Vector2 + { + this.x = -this.x + this.y = -this.y + return this + } + + dot(v: Vector2): number + { + return this.x * v.x + this.y * v.y + } + + lengthSq(): number + { + return this.x * this.x + this.y * this.y + } + + length(): number + { + return Math.sqrt(this.x * this.x + this.y * this.y) + } + + lengthManhattan(): number + { + return Math.abs(this.x) + Math.abs(this.y) + } + + normalize(): Vector2 + { + return this.divideScalar(this.length()) + } + + angle(): number + { + // computes the angle in radians with respect to the positive x-axis + let angle: number = Math.atan2(this.y, this.x) + if (angle < 0) + angle += 2 * Math.PI + return angle + } + + distanceTo(v: Vector2): number + { + return Math.sqrt(this.distanceToSquared(v)) + } + + distanceToSquared(v: Vector2): number + { + const dx: number = this.x - v.x; const dy: number = this.y - v.y + return dx * dx + dy * dy + } + + distanceToManhattan(v: Vector2): number + { + return Math.abs(this.x - v.x) + Math.abs(this.y - v.y) + } + + setLength(length: number): Vector2 + { + return this.multiplyScalar(length / this.length()) + } + + lerp(v: Vector2, alpha: number): Vector2 + { + this.x += (v.x - this.x) * alpha + this.y += (v.y - this.y) * alpha + return this + } + + lerpVectors(v1: Vector2, v2: Vector2, alpha: number): Vector2 + { + return this.subVectors(v2, v1).multiplyScalar(alpha).add(v1) + } + + equals(v: Vector2): boolean + { + return ((v.x === this.x) && (v.y === this.y)) + } + + fromArray(array: Float32Array | number[], offset: number = 0): Vector2 + { + this.x = array[offset] + this.y = array[offset + 1] + return this + } + + toArray(array: Float32Array | number[] = [], offset: number = 0): Float32Array | number[] + { + array[offset] = this.x + array[offset + 1] = this.y + return array + } + + fromAttribute(attribute: any, index: number, offset: number = 0): Vector2 + { + index = index * attribute.itemSize + offset + this.x = attribute.array[index] + this.y = attribute.array[index + 1] + return this + } + + rotateAround(center: Vector2, angle: number): Vector2 + { + const c: number = Math.cos(angle); const s: number = Math.sin(angle) + const x: number = this.x - center.x + const y: number = this.y - center.y + this.x = x * c - y * s + center.x + this.y = x * s + y * c + center.y + return this + } +} diff --git a/src/processParser/common/base/ArrayExt.ts b/src/processParser/common/base/ArrayExt.ts new file mode 100644 index 0000000..7c73843 --- /dev/null +++ b/src/processParser/common/base/ArrayExt.ts @@ -0,0 +1,375 @@ +export class List extends Array +{ + /** 返回符合条件的第一个元素 */ + first(fn: (item: Item) => boolean): Item + { + if (this.length == 0) + return null + for (const item of this) + { + if (fn(item)) + return item + } + return null + } + + /** 返回符合条件的最后一元素 */ + last(fn: (t: Item) => boolean): Item + { + if (this.length == 0) + return null + for (let i = this.length - 1; i >= 0; i--) + { + if (fn(this[i])) + return this[i] + } + return null + } + + /** 最大值 */ + max(fn: (item: Item) => T): T + { + let maxV: T + for (const i of this) + { + let v = fn(i) + if (maxV == null) + { + maxV = fn(i) + } + else + { + if (v > maxV) + { + maxV = v + } + } + } + return maxV + } + + /** 最小值 */ + min(fn: (item: Item) => T): T + { + let minV: T + for (const i of this) + { + let v = fn(i) + if (minV == null) + { + minV = fn(i) + } + else + { + if (v < minV) + { + minV = v + } + } + } + return minV + } + + /** 累加 */ + sum(fn: (item: Item) => number): number + { + let v: number = 0 + for (const t of this) + { + v = v + fn(t) + } + return v + } + + /** 平均值 */ + avg(fn: (item: Item) => number): number + { + if (this.length == 0) + return 0 + let sum = this.sum(fn) + return sum / this.length + } + + /** 满足条件的元素数量 */ + count(fn: (item: Item) => number): number + { + if (this.length == 0) + return 0 + let c = 0 + for (const item of this) + { + if (fn(item)) + c = c + 1 + } + return c + } + + FindMax(fn: (item: Item) => T): Item + { + return this.reduce((a: Item, b: Item): Item => fn(a) > fn(b) ? a : b) + } +} + +export class ArrayExt +{ + /** 返回满足条件的元素数量 */ + static count(list: Item[], fn: (item: Item) => boolean): number + { + if (list.length == 0) + return 0 + let c = 0 + for (const item of list) + { + if (fn(item)) + c = c + 1 + } + return c + } + + /** 移除 */ + static remove(list: Item[], obj: Item) + { + let index = list.findIndex(t => t == obj) + if (index == -1) + return + list.splice(index, 1) + } + + /** 返回符合条件的第一个元素 */ + static first(list: Item[], fn: (item: Item) => boolean, orderFn1: (item: Item) => number = null, orderFn2: (item: Item) => number = null): Item + { + if (list.length == 0) + return null + if (orderFn1 == null) + { + for (const item of list) + { + if (fn(item)) + return item + } + return null + } + + let minValue1: number + let minValue2: number + let minItem: Item + for (const item of list) + { + if (fn(item) == false) + continue + let v1 = orderFn1(item) + let v2 = orderFn2 != null ? orderFn2(item) : 0 + if (minValue1 == null || v1 < minValue1 || (v1 == minValue1 && v2 < minValue2)) + { + minValue1 = v1 + minValue2 = v2 + minItem = item + } + } + return minItem + } + + /** 返回符合条件的最后一元素 */ + static last(list: Item[], fn: (t: Item) => boolean, orderFn1: (item: Item) => number = null, orderFn2: (item: Item) => number = null): Item + { + if (list.length == 0) + return null + if (orderFn1 == null) + { + for (let i = list.length - 1; i >= 0; i--) + { + if (fn(list[i])) + return list[i] + } + return null + } + + // + let maxValue1: number + let maxValue2: number + let maxItem: Item + for (const item of list) + { + if (fn(item) == false) + continue + let v1 = orderFn1(item) + let v2 = orderFn2 ? orderFn2(item) : 0 + if (maxValue1 == null || v1 > maxValue1 || (v1 == maxValue1 && v2 > maxValue2)) + { + maxValue1 = v1 + maxValue2 = v2 + maxItem = item + } + } + return maxItem + } + + /** 取最大值 */ + static max(list: T1[], fn: (item: T1) => T2, whereF: (item: T1) => boolean = null, defaultV: T2 = null): T2 + { + let maxV: T2 + for (const i of list) + { + if (whereF && whereF(i) == false) + continue + let v = fn(i) + if (maxV == undefined) + { + maxV = fn(i) + } + else + { + if (v > maxV) + { + maxV = v + } + } + } + if (maxV != undefined) + return maxV + return defaultV + } + + /** 最小值 */ + static min(list: Item[], fn: (item: Item) => T, whereF: (item: Item) => boolean = null, defaultV: T = null): T + { + let minV: T + for (const i of list) + { + if (whereF && whereF(i) == false) + continue + let v = fn(i) + if (minV == undefined) + { + minV = v + } + else + { + if (v < minV) + { + minV = v + } + } + } + if (minV != undefined) + return minV + return defaultV + } + + /** 累加 */ + static sum(list: Item[], fn: (item: Item) => number, wn?: (item: Item) => boolean): number + { + let v: number = 0 + for (const t of list) + { + if (wn && wn(t) == false) + continue + v = v + fn(t) + } + return v + } + + /** 平均值 */ + static avg(list: Item[], fn: (item: Item) => number): number + { + if (this.length == 0) + return 0 + let sum = ArrayExt.sum(list, fn) + return sum / this.length + } + + /** 排序 */ + static sortBy(list: Item[], fn: (item: Item) => number, fn2: (item: Item) => number = null) + { + if (fn2 == null) + return list.sort((a: Item, b: Item): number => fn(a) - fn(b)) + else + return list.sort((a: Item, b: Item): number => fn(a) == fn(b) ? (fn2(a) - fn2(b)) : fn(a) - fn(b)) + } + + /** 降序 排序 */ + static sortByDescending(list: Item[], fn: (item: Item) => number) + { + list.sort((a: Item, b: Item): number => fn(b) - fn(a)) + } + + /** 排序成新的数组 */ + static orderBy(list: Item[], fn: (item: Item) => number, fn2: (item: Item) => number = null): Item[] + { + let newList = list.concat([]) + if (fn2 == null) + return newList.sort((a: Item, b: Item): number => fn(a) - fn(b)) + else + return newList.sort((a: Item, b: Item): number => fn(a) == fn(b) ? (fn2(a) - fn2(b)) : fn(a) - fn(b)) + } + + /** 降序成新的数组 */ + static orderByDescending(list: Item[], fn: (item: Item) => number, fn2: (item: Item) => number = null): Item[] + { + let newList = list.concat([]) + if (fn2 == null) + return list.sort((a: Item, b: Item): number => fn(b) - fn(a)) + else + return list.sort((a: Item, b: Item): number => fn(a) == fn(b) ? (fn2(b) - fn2(a)) : fn(b) - fn(a)) + } + + /** 分组 */ + static groupBy(list: Item[], fn: (item: Item) => gT): GroupItem[] + { + let groups = new Array>() + + for (const item of list) + { + let key = fn(item) + let group = groups.find(t => t.key == key) + if (group == null) + { + group = new GroupItem(key) + groups.push(group) + } + group.push(item) + } + return groups + } + + /** + * 选择 + * let newObjectList = ArrayExt.Select(list,t=>({pA:t.name, pB:t.age + "_"+ t.month}) ) ; + */ + static Select(list: Item[], fn: (item: Item) => rT): rT[] + { + let newList = new Array() + for (const t of list) + { + newList.push(fn(t)) + } + return newList + } + + /** 过来,并按顺序排序 */ + static where(list: Item[], whereFn: (item: Item) => boolean, orderfn1: (item: Item) => number = null, orderfn2: (item: Item) => number = null): Item[] + { + let newList = list.filter(whereFn) + if (orderfn1 == null && orderfn2 == null) + return newList + return ArrayExt.sortBy(newList, orderfn1, orderfn2) + } +} + +export class GroupItem +{ + key: gT + get count() { return this.list.length } + list: Item[] + + constructor(k: gT) + { + this.key = k + this.list = [] + } + + push(d: Item) + { + this.list.push(d) + } +} diff --git a/src/processParser/common/base/CAD.ts b/src/processParser/common/base/CAD.ts new file mode 100644 index 0000000..a1eb2f0 --- /dev/null +++ b/src/processParser/common/base/CAD.ts @@ -0,0 +1,1392 @@ +export class Vector2d +{ + m_X = 0 + m_Y = 0 + + /** 长度 */ + Length = 0 + /** 角度 */ + Angle = 0 + + constructor(x: number, y: number) + { + this.m_X = x + this.m_Y = y + + this.GetLength() + this.GetAngle() + } + + private GetLength() + { + this.Length = Math.sqrt(this.m_X * this.m_X + this.m_Y * this.m_Y) + } + + // 角度 + private GetAngle() + { + let a = Math.atan2(this.m_Y, this.m_X) + if (a < 0) + a = Math.PI * 2 + a + this.Angle = a + } + + Normal(): Vector2d + { + if (this.Length != 0) + { + let k = 1 / this.Length + this.m_X *= k + this.m_Y *= k + this.Length = 1 + } + return this + } + + static OpDivide(v: Vector2d, c: number): Vector2d + { + return new Vector2d(v.m_X / c, v.m_Y / c) + } + + static OpMultiply(v: Vector2d, c: number): Vector2d + { + return new Vector2d(v.m_X * c, v.m_Y * c) + } + + static OpAdd(v1: Vector2d, v2: Vector2d): Vector2d + { + return new Vector2d(v1.m_X + v2.m_X, v1.m_Y + v2.m_Y) + } + + static OpMultiplyValue(v1: Vector2d, v2: Vector2d): number + { + return v1.m_X * v2.m_X + v1.m_Y * v2.m_Y + } + + /** 点积 */ + DotProduct(v1: Vector2d): number + { + return Vector2d.OpMultiplyValue(this, v1) + } + + /** 叉积 */ + CrossProduct(v: Vector2d): number + { + return this.m_X * v.m_Y - this.m_Y * v.m_X + } + + IsEqual(v: Vector2d, fuzz = 1e-3): boolean + { + return DoubleUtil.EqualX(this.m_X, v.m_X, fuzz) && DoubleUtil.EqualX(this.m_Y, v.m_Y, fuzz) + } + + /** 返回和另外一个向量的夹角 */ + AngleTo(v: Vector2d): number + { + let an = Math.abs(this.Angle - v.Angle) + if (DoubleUtil.EqualX(v.Length, 0, 1e-5) || DoubleUtil.EqualX(this.Length, 0, 1e-5)) + { + return -Math.PI// 随缘给 + } + else if (Math.abs(Math.sin(an)) < 0) + { + return this.Normal().IsEqual(v.Normal()) ? 0 : Math.PI + } + else + { + let p0 = new Point2d(0, 0) + let p1 = Point2d.OpAdd(new Point2d(0, 0), this) + let p2 = Point2d.OpAdd(new Point2d(0, 0), v) + let s = this.sign(Utils.Det(p1, p0, p2)) + if (an > Math.PI) + { + return ((2 * Math.PI) - an) * s + } + else + { + return an * s + } + } + } + + private sign(x: number): number + { + if (x == 0) + { + return 0 + } + else if (x > 0) + { + return -1 + } + else + { + return 1 + } + } +} + +/** CAD 点 */ +export class Point2d +{ + m_X = 0 + m_Y = 0 + + constructor(x: number, y: number) + { + this.m_X = x + this.m_Y = y + } + + DistensTo(pt: Point2d): number + { + return Point2d.OpSubtract(pt, this).Length + } + + Polar(angle: number, distens: number): Point2d + { + let x1 = this.m_X + Math.cos(angle) * distens + let y1 = this.m_Y + Math.sin(angle) * distens + return new Point2d(x1, y1) + } + + Mid(pt: Point2d): Point2d + { + return new Point2d((this.m_X + pt.m_X) * 0.5, (this.m_Y + pt.m_Y) * 0.5) + } + + AsVector(): Vector2d + { + return new Vector2d(this.m_X, this.m_Y) + } + + /** 减以 - */ + static OpSubtract(p1: Point2d, p2: Point2d): Vector2d + { + return new Vector2d(p1.m_X - p2.m_X, p1.m_Y - p2.m_Y) + } + + static OpAdd(p1: Point2d, p2: Vector2d): Point2d + { + return new Point2d(p1.m_X + p2.m_X, p1.m_Y + p2.m_Y) + } +} + +function equaln(v1: number, v2: number, fuzz = 1e-5) +{ + return Math.abs(v1 - v2) <= fuzz +} +function equalp(v1: Point2d, v2: Point2d, fuzz = 1e-5) +{ + return equaln(v1.m_X, v2.m_X, fuzz) && equaln(v1.m_Y, v2.m_Y, fuzz) +} + +/** 二维曲线:直线,圆弧 */ +export abstract class Curve2d +{ + // 求交点 + abstract IntersectWith(cu: Curve2d, retIns: Point2d[]): void + abstract Offset(distens: number): Curve2d + + // 点在线内部 + abstract PtInCurve(pt: Point2d): boolean + abstract ClosePointTo(pt: Point2d): Point2d + + // 获得参数 返回0或1 + abstract GetParametersAt(pt: Point2d): number + + abstract Parse() + + PtOnCurve(p: Point2d): boolean + { + return equalp(p, this.m_StartPoint) || equalp(p, this.m_EndPoint) || this.ParamOnCurve(this.GetParametersAt(p)) + } + + ParamOnCurve(param: number, fuzz = 1e-6): boolean { return !Number.isNaN(param) && param >= -fuzz && param <= 1 + fuzz } + + get EndPoint(): Point2d + { + return this.m_EndPoint + } + + set EndPoint(p: Point2d) + { + this.m_EndPoint = p + try + { + this.Parse() + } catch (error) + { + + } + } + + get StartPoint(): Point2d + { + return this.m_StartPoint + } + + set StartPoint(p: Point2d) + { + this.m_StartPoint = p + try + { + this.Parse() + } catch (error) + { + + } + } + + protected m_StartPoint: Point2d + protected m_EndPoint: Point2d + tagData: number // 特殊数据 异形边 封边值 + tagData2: number // 特殊数据 侧孔数 +} + +/** 直线 */ +export class Line2d extends Curve2d +{ + get toString() + { + return `[${this.m_StartPoint.m_X.toFixed(1)},${this.m_StartPoint.m_Y.toFixed(1)}] [${this.m_EndPoint.m_X.toFixed(1)},${this.m_EndPoint.m_Y.toFixed(1)}]` + } + + constructor(p1: Point2d, p2: Point2d) + { + super() + this.m_StartPoint = p1 + this.m_EndPoint = p2 + this.Parse() + } + + /** 求交点 */ + IntersectWith(cu: Curve2d, retIns: Point2d[]) + { + if (cu instanceof Line2d) + { + let l = cu as Line2d + let dx1 = this.StartPoint.m_X - this.EndPoint.m_X + let dx2 = l.StartPt.m_X - l.EndPt.m_X + let dx3 = l.EndPt.m_X - this.EndPoint.m_X + let dy1 = this.StartPoint.m_Y - this.EndPoint.m_Y + let dy2 = l.StartPt.m_Y - l.EndPt.m_Y + let dy3 = l.EndPt.m_Y - this.EndPoint.m_Y + + let det = (dx2 * dy1) - (dy2 * dx1) + let pt = new Point2d(0, 0) + + if (DoubleUtil.EqualX(det, 0.0, 1e-5)) + { + if (DoubleUtil.EqualX(dx2 * dy3, dy2 * dx3, 1e-5)) + { + if (l.StartPoint.DistensTo(this.EndPoint) < 1e-3) + { + retIns.push(this.EndPoint) + } + } + return + } + + let ratio = ((dx1 * dy3) - (dy1 * dx3)) / det + pt.m_X = (ratio * dx2) + l.EndPt.m_X + pt.m_Y = (ratio * dy2) + l.EndPt.m_Y + retIns.push(pt) + } + else + { + let arc = cu as Arc2d + arc.IntersectWith(this, retIns) + } + } + + /** 偏移 */ + Offset(distens: number): Curve2d + { + let an = Point2d.OpSubtract(this.EndPt, this.StartPt).Angle - Math.PI * 0.5 + return new Line2d(this.StartPt.Polar(an, distens), this.EndPt.Polar(an, distens)) + } + + /** 判断点在线内 */ + PtInCurve(pt: Point2d): boolean + { + // 首先判断平行 + let minX = Math.min(this.m_StartPoint.m_X, this.m_EndPoint.m_X) + let maxX = Math.max(this.m_StartPoint.m_X, this.m_EndPoint.m_X) + + if (DoubleUtil.EqualX(minX, maxX, 1e-3)) + { + let minY = Math.min(this.m_StartPoint.m_Y, this.m_EndPoint.m_Y) + let maxY = Math.max(this.m_StartPoint.m_Y, this.m_EndPoint.m_Y) + return (pt.m_Y >= minY - 1e-4 && pt.m_Y <= maxY + 1e-4) + } + + if (pt.m_X >= minX - 0.0001 && pt.m_X <= maxX + 0.0001) + { + let vec = Point2d.OpSubtract(this.m_EndPoint, this.m_StartPoint)// 标准向量 + let k = vec.m_Y / vec.m_X + return DoubleUtil.EqualX(this.m_StartPoint.m_Y + k * (pt.m_X - this.m_StartPoint.m_X), pt.m_Y, 0.01) + } + else + { + return false + } + } + + ClosePointTo(pt: Point2d): Point2d + { + let an = Point2d.OpSubtract(this.m_EndPoint, this.m_StartPoint).Angle + Math.PI / 2 + let vec = new Point2d(0, 0).Polar(an, 1).AsVector() + let p2 = Point2d.OpAdd(pt, vec) + let line = new Line2d(pt, p2) + let ptLst: Point2d[] = [] + this.IntersectWith(line, ptLst) + return ptLst[0] + } + + Parse() + { + if (this.EndPoint != null) + { + this.m_Length = this.StartPoint.DistensTo(this.EndPoint) + } + } + + GetParametersAt(pt: Point2d): number + { + let nearPt = this.ClosePointTo(pt) + + let vec = Point2d.OpSubtract(nearPt, this.m_StartPoint) + let vec2 = Point2d.OpSubtract(this.EndPoint, this.StartPoint) + + let an = vec.DotProduct(vec2) + + return Math.sign(an) * vec.Length / this.m_Length + } + + get StartPt(): Point2d { return this.StartPoint } + get EndPt(): Point2d { return this.EndPoint } + + m_Length: number + + static New(x0: number, y0: number, x1: number, y1: number): Line2d + { + let p0 = new Point2d(x0, y0) + let p1 = new Point2d(x1, y1) + return new Line2d(p0, p1) + } +} + +/** 圆弧 */ +export class Arc2d extends Curve2d +{ + constructor(p1: Point2d, p2: Point2d, bul: number) + { + super() + this.m_StartPoint = p1 + this.m_EndPoint = p2 + + this.m_Bul = bul + let vec = Point2d.OpSubtract(p2, p1) + let an = vec.Angle + let length = vec.Length + + this.m_Radius = length / Math.sin(2 * Math.atan(bul)) / 2 + this.m_AllAngle = Math.atan(bul) * 4 + let delDis = bul * length / 2 + + let toDis = this.m_Radius - delDis + + an += Math.PI * 0.5 + + this.m_Center = p1.Mid(p2) + this.m_Center = this.m_Center.Polar(an, toDis) + + this.m_StartAngle = Point2d.OpSubtract(this.StartPoint, this.m_Center).Angle + this.m_EndAngle = Point2d.OpSubtract(this.EndPoint, this.m_Center).Angle + + if (this.m_Bul < 0) + this.m_Radius = Math.abs(this.m_Radius) + } + + /** 圆心 */ + m_Center: Point2d + /** 半径 */ + m_Radius: number + /** 起始弧度 */ + m_StartAngle: number + /** 结束弧度 */ + m_EndAngle: number + /** 所有的弧度 */ + m_AllAngle: number + + IntersectWith(cu: Curve2d, retIns: Point2d[]) + { + if (cu instanceof Line2d) + { + let l = cu as Line2d + let a = DoubleUtil.Sqr(l.EndPt.m_X - l.StartPt.m_X) + DoubleUtil.Sqr(l.EndPt.m_Y - l.StartPt.m_Y) + + let b = (2.0) * ((l.EndPt.m_X - l.StartPt.m_X) * (l.StartPt.m_X - this.m_Center.m_X) + + (l.EndPt.m_Y - l.StartPt.m_Y) * (l.StartPt.m_Y - this.m_Center.m_Y)) + + let c = DoubleUtil.Sqr(this.m_Center.m_X) + DoubleUtil.Sqr(this.m_Center.m_Y) + + DoubleUtil.Sqr(l.StartPt.m_X) + DoubleUtil.Sqr(l.StartPt.m_Y) + - (2.0) * (this.m_Center.m_X * l.StartPt.m_X + this.m_Center.m_Y * l.StartPt.m_Y) - DoubleUtil.Sqr(this.m_Radius) + + let det = b * b - (4.0) * a * c + + if (DoubleUtil.EqualX(det, 0.0, 0.1)) + { + let delta = -b / ((2.0) * a) + + let pt = new Point2d(l.StartPt.m_X + delta * (l.EndPt.m_X - l.StartPt.m_X), l.StartPt.m_Y + delta * (l.EndPt.m_Y - l.StartPt.m_Y)) + retIns.push(pt) + return + } + else if (det > (0.0)) + { + let sqrt_det = Math.sqrt(det) + let delta = (-b + sqrt_det) / ((2.0) * a) + let p2 = new Point2d(l.StartPt.m_X + delta * (l.EndPt.m_X - l.StartPt.m_X), l.StartPt.m_Y + delta * (l.EndPt.m_Y - l.StartPt.m_Y)) + + delta = (-b - sqrt_det) / ((2.0) * a) + let p3 = new Point2d(l.StartPt.m_X + delta * (l.EndPt.m_X - l.StartPt.m_X), l.StartPt.m_Y + delta * (l.EndPt.m_Y - l.StartPt.m_Y)) + + retIns.push(p2) + retIns.push(p3) + return + } + } + else if (cu instanceof Arc2d) + { + let arc = cu as (Arc2d) + let dist = arc.m_Center.DistensTo(this.m_Center) + + if (dist < Math.abs(this.m_Radius - cu.m_Radius) - 1e-3 + || dist > (this.m_Radius + cu.m_Radius + 1e-3)) + return + + let dstsqr = dist * dist + let r1sqr = this.m_Radius * this.m_Radius + let r2sqr = arc.m_Radius * arc.m_Radius + + let a = (dstsqr - r2sqr + r1sqr) / (2 * dist) + let h = Math.sqrt(Math.abs(r1sqr - (a * a))) + + let ratio_a = a / dist + let ratio_h = h / dist + + let dx = arc.m_Center.m_X - this.m_Center.m_X + let dy = arc.m_Center.m_Y - this.m_Center.m_Y + + let phix = this.m_Center.m_X + (ratio_a * dx) + let phiy = this.m_Center.m_Y + (ratio_a * dy) + + dx = dx * ratio_h + dy = dy * ratio_h + + let pt = new Point2d(phix + dy, phiy - dx) + let p2 = new Point2d(phix - dy, phiy + dx) + retIns.push(pt) + retIns.push(p2) + } + } + + Offset(distens: number): Curve2d + { + let rn = new Arc2d(new Point2d(0, 0), new Point2d(0, 0), 0) + rn.m_Center = this.m_Center + rn.m_Radius = this.m_Radius + rn.m_StartAngle = this.m_StartAngle + rn.m_EndAngle = this.m_EndAngle + if (this.m_Bul > 0) + rn.m_Radius += distens + else + rn.m_Radius -= distens + rn.Bul = this.m_Bul + rn.ParsePointFormAngle() + return rn + } + + Parse() + { + // 解析角度 + this.ParseAngleFormPoint() + this.ParseAllAngle() + this.ParseBul() + } + + ParseAllAngle() + { + this.m_AllAngle = this.ComputeAnlge(this.m_EndAngle) + } + + ComputeAnlge(endAngle: number) + { + // 顺时针 + if (this.m_Bul < 0) + { + if (this.m_StartAngle > endAngle) + return this.m_StartAngle - endAngle + else // 越过0点绘制圆弧 + return (Math.PI * 2) - (endAngle - this.m_StartAngle) + } + else + { + if (endAngle > this.m_StartAngle) + return endAngle - this.m_StartAngle + else + return (Math.PI * 2) - (this.m_StartAngle - endAngle) + } + } + + ParseBul() + { + this.m_Bul = Math.tan(this.m_AllAngle * 0.25) * (this.m_Bul < 0 ? -1 : 1) + } + + ParsePointFormAngle() + { + this.m_StartPoint = this.m_Center.Polar(this.m_StartAngle, this.m_Radius) + this.m_EndPoint = this.m_Center.Polar(this.m_EndAngle, this.m_Radius) + } + + ParseAngleFormPoint() + { + this.m_StartAngle = Point2d.OpSubtract(this.StartPoint, this.m_Center).Angle + this.m_EndAngle = Point2d.OpSubtract(this.EndPoint, this.m_Center).Angle + } + + PtInCurve(pt: Point2d): boolean + { + let param = this.GetParametersAt(pt) + return param > -1e-3 && param < 1.0001 + } + + ClosePointTo(pt: Point2d): Point2d + { + return null + } + + GetParametersAt(pt: Point2d): number + { + let vec = Point2d.OpSubtract(pt, this.m_Center) + let an = vec.Angle + this.ParseAllAngle() + + // 如果以pt为终点,那么所有的角度为 + let ptAllAn = this.ComputeAnlge(an) + let allAn = this.m_AllAngle + + // 减去圆弧角度,剩余角度的一半 + let surplusAngleHalf = Math.PI - allAn / 2 + + if (ptAllAn > allAn + surplusAngleHalf)// 返回负数 + return ((ptAllAn - allAn) - (surplusAngleHalf * 2)) / allAn + else// 返回正数 + return ptAllAn / allAn + } + + GetAngleAtParam(param: number) + { + return this.clampRad(this.m_StartAngle + param * this.m_AllAngle) + } + + private clampRad(an: number) + { + an = an % (Math.PI * 2) + if (an < 0) + an += Math.PI * 2 + return an + } + + /** 凸度. */ + m_Bul: number + get Bul() { return this.m_Bul } + set Bul(v: number) { this.m_Bul = v } + + static New(x0: number, y0: number, x1: number, y1: number, bul: number): Arc2d + { + return new Arc2d(new Point2d(x0, y0), new Point2d(x1, y1), bul) + } +} + +function EntityEncode(c: Curve2d) +{ + if (c instanceof Line2d) + return 1 + else return 2 +} +function EntityEncode2(c1: Curve2d, c2: Curve2d) +{ + return EntityEncode(c1) & EntityEncode(c2) +} + +/** CAD 运算库 */ +export class Utils +{ + static Intersec(e1: Curve2d, e2: Curve2d, oldE1: Curve2d): Point2d + { + if (e1.EndPoint.DistensTo(e2.StartPoint) < 1e-2) + { + return e1.EndPoint + } + let ptsIns: Point2d[] = [] + e1.IntersectWith(e2, ptsIns) + if (ptsIns.length == 1) + { + return ptsIns[0] + } + else if (ptsIns.length == 2) + { + // 求一个最近的点. + let pt = oldE1.EndPoint + let d1 = pt.DistensTo(ptsIns[0]) + let d2 = pt.DistensTo(ptsIns[1]) + return d1 < d2 ? ptsIns[0] : ptsIns[1] + } + else // 0点 + { + return null + } + } + + /** 曲线偏移 */ + + static offsetPoints(points, offsetDistens: number): any[] + { + let ens: Curve2d[] = [] + for (let i = 0; i < points.length; i++) + { + let j = i + 1 + if (j == points.length) + j = 0 + + let line = new Line2d(new Point2d(points[i].x, points[i].y), new Point2d(points[j].x, points[j].y)) + if (line.m_Length == 0) + continue + ens.push(line) + } + + let ens2 = Utils.OffsetCurveList(ens, offsetDistens) + + let newPs = [] + for (let c of ens2) + { + newPs.push({ x: c.StartPoint.m_X, y: c.StartPoint.m_Y }) + } + return newPs + } + + // 1.曲线外偏移. + //* 2.曲线尝试首尾相连 + //* ->如果两条不相连,导致曲线连接失败,将添加圆弧过度 + //* + //* 2017-11-17对曲线相连算法进行修改. + //* 现在会先求出连接点,然后在重新进行曲线连接,避免连接点出错. 参见#118 + static OffsetCurveList(ens: Curve2d[], offsetDistens: number): Curve2d[] + { + // 只处理偏移的曲线 + let offEns: Curve2d[] = [] + + ens = ens.filter(e => e.StartPoint.DistensTo(e.EndPoint) > 0.05) + for (const item of ens) + { + offEns.push(item.Offset(offsetDistens)) + } + // 处理偏移 并且对交点进行处理 + let offEns2: Curve2d[] = [] + let linkPts: Point2d[] = [] + + // 计算链接点,如果有必要会新增圆弧 + for (let i = 0; i < offEns.length; i++) + { + let index2 = i + 1 == offEns.length ? 0 : i + 1 + + let e1 = offEns[i] + let e2 = offEns[index2] + + offEns2.push(offEns[i]) + + let iPts: Point2d[] = [] + e1.IntersectWith(e2, iPts) + let tPts = iPts.filter(p => e1.PtOnCurve(p) && e2.PtOnCurve(p)) + + let code = EntityEncode2(e1, e2) + if (code === 1) + { + if (tPts.length > 0) + linkPts.push(tPts[0])// 直接连接 + else + { + let refP = ens[i].EndPoint + let distSq = iPts[0].DistensTo(refP) + if (distSq > offsetDistens ** 2 * 2.1) // 补圆弧 + { + let arc = new Arc2d(e1.EndPoint, e2.StartPoint, Math.sign(offsetDistens)) + arc.m_Center = ens[i].EndPoint + arc.m_Radius = offsetDistens// 半径 + + linkPts.push(e1.EndPoint) + linkPts.push(e2.StartPoint) + offEns2.push(arc)// 添加圆弧. + } + else + linkPts.push(iPts[0]) + } + } + else if ( + code === 2 + && ( + equalp((e1).m_Center, (e2).m_Center, 0.1) // 都是圆弧,且同心圆(由于精度丢失,这里我们给0.01的容差) + || equalp(e1.EndPoint, e2.StartPoint, 0.1)) + ) + linkPts.push(e1.EndPoint) + else + { + function SelectNearP(pts: Point2d[], refPt: Point2d): Point2d + { + if (pts.length > 1) + { + let dist1 = refPt.DistensTo(pts[0]) + let dist2 = refPt.DistensTo(pts[1]) + return dist1 <= dist2 ? pts[0] : pts[1] + } + return pts[0] + } + + let refP = ens[i].EndPoint + if (tPts.length > 0) + linkPts.push(SelectNearP(iPts, refP))// 直接连接 + else + { + let arc = new Arc2d(e1.EndPoint, e2.StartPoint, Math.sign(offsetDistens)) + arc.m_Center = ens[i].EndPoint + arc.m_Radius = offsetDistens// 半径 + + linkPts.push(e1.EndPoint) + linkPts.push(e2.StartPoint) + offEns2.push(arc)// 添加圆弧. + } + } + } + + // 更新链接点位置 + for (let i = 0; i < offEns2.length; i++) + { + offEns2[i].EndPoint = linkPts[i] + let nextIndex = i == offEns2.length - 1 ? 0 : i + 1 + offEns2[nextIndex].StartPoint = linkPts[i] + } + + // 测试数据 + // TestPolyline([ens, offEns2]) + + return offEns2 + } + + /** //自交曲线优化 去除自交部分. */ + static RemoveSelfIntersect(cus: Curve2d[]): Curve2d[] + { + let res = new Array() + let cout = cus.length + for (let i = 0; i < cout; i++) + { + let cu = cus[i] + res.push(cu) + for (let j = cout - 2; j > i + 1; j--) + { + let cu2 = cus[j] + + let pts = new Array() + cu.IntersectWith(cu2, pts) + + // + if (pts.length == 0) + { + continue + } + if (pts.length == 2) + { + if (cu instanceof Line2d) + { + if (cu.GetParametersAt(pts[0]) > cu.GetParametersAt(pts[1])) + { + pts[0] = pts[1] + } + } + else if (cu instanceof Arc2d) + { + // 使用上一条线. 因为我们保证它和上一条线是有一个交点的 + + let arc = cu as Arc2d + + // last cu + let lastIndex = i - 1 + if (i == 0) + lastIndex = cout - 1 + + let lastCu = cus[lastIndex] + + let insPts = new Array() + lastCu.IntersectWith(cu, insPts) + + for (let insP of insPts) + { + let p1 = arc.GetParametersAt(insP) + let p2 = arc.GetParametersAt(insP) + // 从起点圆弧开始 + if (insP.DistensTo(cu.StartPoint) < 1e-3) + { + if (p1 > p2) + { + pts[0] = pts[1] + } + break + } + // 从终点圆弧开始. + else if (insP.DistensTo(cu.EndPoint) < 1e-3) + { + if (p1 < p2) + { + pts[0] = pts[1] + } + break + } + } + } + } + + if (cu.PtInCurve(pts[0]) && cu2.PtInCurve(pts[0])) + { + Utils.changeP(cus, cu, i, -1, pts[0]) + Utils.changeP(cus, cu, j, 1, pts[0]) + + i = j - 1 + break + } + } + } + + Utils.RemoveZeroCurve(res) + return res + } + + static changeP(cus: Curve2d[], cu: Curve2d, index: number, next: number, _pt: Point2d) + { + let cout = cus.length + let lastIndex = index + next + + let _cu = cus[index] + if (lastIndex == -1) + lastIndex = cout - 1 + else if (lastIndex == cout) + lastIndex = 0 + + let lastCu = cus[lastIndex] + + let insPts = new Array() + lastCu.IntersectWith(_cu, insPts) + + for (const insP of insPts) + { + if (insP.DistensTo(_cu.StartPoint) < 1e-3) + { + _cu.EndPoint = _pt + break + } + else if (insP.DistensTo(_cu.EndPoint) < 1e-3) + { + _cu.StartPoint = _pt + break + } + } + if (cu instanceof Arc2d) + { + cu.Parse() + } + } + + static RemoveZeroCurve(cus: Curve2d[]) + { + // remove zero length curve + /* + cus.RemoveAll((Curve2d o) => + { + if (o is Line2d) + { + return ((Line2d)o).m_Length < 1e-3; + } + else if (o is Arc2d) + { + return ((Arc2d)o).m_AllAngle < 1e-3; + } + return false; + }); + */ + + let length = cus.length + let isZero = false + for (let i = length - 1; i >= 0; i--) + { + let o = cus[i] + + isZero = false + if (o instanceof Line2d) + { + let line = o as Line2d + isZero = line.m_Length < 1e-3 + } + else if (o instanceof Arc2d) + { + let arc = o as Arc2d + isZero = arc.m_AllAngle < 1e-3 + } + + if (isZero) + { + cus.splice(i, 1) + } + } + } + + /** 曲线倒角 */ + static FilletCurveList(culist: Curve2d[], offsetDistens: number): Curve2d[] + { + /* + let rn = new List(); + let len = cuList.Count; + for (int i = 0; i < len; i++) + { + let en = cuList[i]; + let index =i==len-1 ? 0 : i + 1; + rn.Add(en); + if (en is Line2d && cuList[index] is Line2d) + { + let l1 = en as Line2d; + let l2 = cuList[index] as Line2d; + if (l1.m_Length < offsetDistens || l2.m_Length < offsetDistens + || (l1.EndPoint-l1.StartPoint).CrossProduct(l2.EndPoint-l2.StartPoint) <1e-3 + ) + { + continue; + } + + let tempEn1 = en.Offset(-offsetDistens) as Line2d; + let tempEn2 = cuList[index].Offset(-offsetDistens)as Line2d; + + let pts = new List(); + tempEn1.IntersectWith(tempEn2, pts); + if (pts.Count>0 && tempEn1.PtInCurve(pts.First())) + { + let pt = pts.First(); + //求交点. + en.EndPoint= en.ClosePointTo(pt); + let en2 = cuList[index]; + en2.StartPoint = en2.ClosePointTo(pt); + + let arc2d = new Arc2d(en.EndPoint, en2.StartPoint, 1);//凸圆弧 + arc2d.m_Center = pt; + arc2d.m_Radius = pt.DistensTo(en.EndPoint); + arc2d.Parse();//解析凸度 角度 + rn.Add(arc2d); + } + } + } + return rn; + */ + + let rn = new Array() + let len = culist.length + for (let i = 0; i < len; i++) + { + let en = culist[i] + let index = i == len - 1 ? 0 : i + 1 + rn.push(en) + + if (en instanceof Line2d && culist[index] instanceof Line2d) + { + let l1 = en as Line2d + let l2 = culist[index] as Line2d + if (l1.m_Length < offsetDistens || l2.m_Length < offsetDistens + || (Point2d.OpSubtract(l1.EndPoint, l1.StartPoint)).CrossProduct(Point2d.OpSubtract(l2.EndPoint, l2.StartPoint)) < 1e-3 + ) + { + continue + } + + let tempEn1 = en.Offset(-offsetDistens) as Line2d + let tempEn2 = culist[index].Offset(-offsetDistens) as Line2d + + let pts = new Array() + tempEn1.IntersectWith(tempEn2, pts) + if (pts.length > 0 && tempEn1.PtInCurve(pts[0])) + { + let pt = pts[0] + // 求交点. + en.EndPoint = en.ClosePointTo(pt) + let en2 = culist[index] + en2.StartPoint = en2.ClosePointTo(pt) + + let arc2d = new Arc2d(en.EndPoint, en2.StartPoint, 1)// 凸圆弧 + arc2d.m_Center = pt + arc2d.m_Radius = pt.DistensTo(en.EndPoint) + arc2d.Parse()// 解析凸度 角度 + rn.push(arc2d) + } + } + } + return rn + } + + /** 圆弧细分 如果大于90度则分割 */ + static SplitCurveListArc(cuList: Curve2d[]): Curve2d[] + { + /* C# 代码 + let rnList = new List();//返回的曲线表 + foreach (let cu in cuList) + { + if (cu is Arc2d) + { + let arc = cu as Arc2d; + arc.Parse();//解析圆弧的凸度 角度 + if (arc.m_AllAngle > Math.PI * 0.5) + { + int cout =(int)( arc.m_AllAngle / (Math.PI * 0.5)) + 1; + let an = arc.m_AllAngle / cout; + let startAn = arc.m_StartAngle; + for (int i = 0; i < cout; i++) + { + let arcNew = new Arc2d(arc.StartPoint, arc.EndPoint, 0); + arcNew.m_Radius = arc.m_Radius; + arcNew.m_Center = arc.m_Center; + arcNew.m_StartAngle = startAn; + arcNew.m_EndAngle = arcNew.m_StartAngle + an; + startAn = arcNew.m_EndAngle; + rnList.Add(arcNew); + } + } + else + { + rnList.Add(cu); + } + } + else + { + rnList.Add(cu); + } + } + return rnList; + + */ + let rnList = new Array()// 返回的曲线表 + for (let cu of cuList) + { + if (cu instanceof Arc2d) + { + let arc = cu as Arc2d + arc.Parse()// 解析圆弧的凸度 角度 + if (arc.m_AllAngle > Math.PI * 0.5) + { + let cout = arc.m_AllAngle / (Math.PI * 0.5) + 1 + let an = arc.m_AllAngle / cout + let startAn = arc.m_StartAngle + for (let i = 0; i < cout; i++) + { + let arcNew = new Arc2d(arc.StartPoint, arc.EndPoint, 0) + arcNew.m_Radius = arc.m_Radius + arcNew.m_Center = arc.m_Center + arcNew.m_StartAngle = startAn + arcNew.m_EndAngle = arcNew.m_StartAngle + an + startAn = arcNew.m_EndAngle + rnList.push(arcNew) + } + } + else + { + rnList.push(cu) + } + } + else + { + rnList.push(cu) + } + } + return rnList + } + + // 三点面积 + static Det(p1: Point2d, p2: Point2d, p3: Point2d): number + { + return this.Det2(p1.AsVector(), p2.AsVector(), p3.AsVector()) + } + + // 三点面积 + static Det2(p1: Vector2d, p2: Vector2d, p3: Vector2d): number + { + return p1.CrossProduct(p2) + p2.CrossProduct(p3) + p3.CrossProduct(p1) + } + + // + static AngleForm3Pt(pSrc: Point2d, p1: Point2d, p2: Point2d): number + { + /* + double angle = 0.0f; // 夹角 + + let vec1 = p1 - pSrc; + let vec2 = p2 - pSrc; + + double productValue = vec1 * vec2; + double cosValue = productValue / (vec1.Length * vec2.Length); // 余弦公式 + + // acos的输入参数范围必须在[-1, 1]之间，否则会"domain error" + // 对输入参数作校验和处理 + if (cosValue < -1 && cosValue > -2) + cosValue = -1; + else if (cosValue > 1 && cosValue < 2) + cosValue = 1; + + // acos返回的是弧度值，转换为角度值 + angle = Math.Acos(cosValue) * 180 / Math.PI; + return angle; + */ + let angle = 0.0 // 夹角 + + let vec1 = Point2d.OpSubtract(p1, pSrc) + let vec2 = Point2d.OpSubtract(p2, pSrc) + + let productValue = Vector2d.OpMultiplyValue(vec1, vec2) + let cosValue = productValue / (vec1.Length * vec2.Length) // 余弦公式 + + // acos的输入参数范围必须在[-1, 1]之间，否则会"domain error" + // 对输入参数作校验和处理 + if (cosValue < -1 && cosValue > -2) + cosValue = -1 + else if (cosValue > 1 && cosValue < 2) + cosValue = 1 + + // acos返回的是弧度值，转换为角度值 + angle = Math.acos(cosValue) * 180 / Math.PI + return angle + } +} + +export class DoubleUtil +{ + static EqualX(v1: number, v2: number, fuzz: number): boolean + { + return (Math.abs(v1 - v2) < fuzz) + } + + static Sqr(v: number): number + { + return v * v + } +} + +export class CADExt +{ + static GetX(arc: Curve2d): number + { + return Math.min(arc.StartPoint.m_X, arc.EndPoint.m_X) + } + + static GetY(arc: Curve2d): number + { + return Math.min(arc.StartPoint.m_Y, arc.EndPoint.m_Y) + } + + static GetWidth(arc: Curve2d): number + { + return Math.abs(arc.StartPoint.m_X - arc.EndPoint.m_X) + } + + static GetHeight(arc: Curve2d): number + { + return Math.abs(arc.StartPoint.m_Y - arc.EndPoint.m_Y) + } + + static GetRadius(p1: Point2d, p2: Point2d, bul: number): number + { + // let arc = new Arc2d(p1, p2, bul); + // return arc.m_Radius; + // this.m_Radius = length / Math.sin(2 * Math.atan(bul)) / 2; + return CADExt.getR(p1.m_X, p1.m_Y, p2.m_X, p2.m_Y, bul) + } + + static getR(x1: number, y1: number, x2: number, y2: number, bul: number): number + { + let length = Math.sqrt((x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2)) + return length / Math.sin(2 * Math.atan(bul)) / 2 + } + + /** 圆弧分割成count段 */ + static SplitArc(arc: Arc2d, count: number): Arc2d[] + { + let list: Arc2d[] + list = [] + + let an = arc.m_AllAngle / count + let an_0 = arc.m_StartAngle + for (let i = 0; i < count; i++) + { + let arcNew = new Arc2d(arc.StartPoint, arc.EndPoint, 0) + arcNew.m_Radius = arc.m_Radius + arcNew.m_Center = arc.m_Center + arcNew.m_StartAngle = an_0 + arcNew.m_EndAngle = arcNew.m_StartAngle + an + an_0 = arcNew.m_EndAngle + arcNew.ParsePointFormAngle() + + list.push(arcNew) + } + return list + } + + static SplitArcByCell(ar: Arc2d, cellWidth: number): any[] + { + // 弧长 + let fullLenth = Math.abs(ar.m_Radius * (ar.m_EndAngle - ar.m_StartAngle)) + let count = fullLenth / cellWidth + if (count < 2) + count = 2 + let childs = CADExt.SplitArc(ar, count) + let pts = [] + for (let c of childs) + { + pts.push({ x: c.StartPoint.m_X, y: c.StartPoint.m_Y }) + } + pts.push({ x: ar.EndPoint.m_X, y: ar.EndPoint.m_Y }) + return pts + } + + /** 根据两点，深的弧度 中间的n个点 */ + static getCurvePoints(x1: number, y1: number, x2: number, y2: number, d: number, num: number): any + { + // atan(h/(L/2)) * 4 h: + let dis = 0.5 * Math.sqrt((x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2)) + let mul = d / dis + let arc = new Arc2d(new Point2d(x1, y1), new Point2d(x2, y2), mul) + + let arc_list = CADExt.SplitArc(arc, num - 1) + let points = [] + for (let li of arc_list) + { + points.push({ x: li.StartPoint.m_X, y: li.StartPoint.m_Y }) + } + points.push({ x: x2, y: y2 }) + return points + } + + /** 求弧长 */ + static getLength(arc: Arc2d): number + { + return arc.m_Radius * Math.abs(arc.m_AllAngle) + } + + /** 按固定线长分割圆弧 */ + static getPointsFromCurve(x1: number, y1: number, x2: number, y2: number, bul: number, dis: number) + { + let arc = new Arc2d(new Point2d(x1, y1), new Point2d(x2, y2), bul) + let length = this.getLength(arc) + let count = Math.max(4, Math.ceil(length / dis)) + let arc_list = CADExt.SplitArc(arc, count) + let points = [] + for (let li of arc_list) + { + points.push({ x: li.StartPoint.m_X, y: li.StartPoint.m_Y }) + } + points.push({ x: x2, y: y2 }) + return points + } + + /** 返回弧形中心点 (不是圆心点) */ + static getCenterPoint(arc: Arc2d): Point2d + { + let arcNew = new Arc2d(arc.StartPoint, arc.EndPoint, 0) + arcNew.m_Radius = arc.m_Radius + arcNew.m_Center = arc.m_Center + arcNew.m_StartAngle = arc.m_StartAngle + arcNew.m_EndAngle = arc.m_StartAngle + arc.m_AllAngle / 2 + arcNew.ParsePointFormAngle() + return arcNew.EndPoint + } + + /** 获得第3点到前2点的距离差 */ + static getDisOff(x1: number, y1: number, x2: number, y2: number, x3: number, y3: number): number + { + let dis31 = Math.sqrt((x3 - x1) * (x3 - x1) + (y3 - y1) * (y3 - y1)) + let dis32 = Math.sqrt((x3 - x2) * (x3 - x2) + (y3 - y2) * (y3 - y2)) + let dis12 = Math.sqrt((x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2)) + return dis31 + dis32 - dis12 + } +} +function TestPolyline(offEnsS: Curve2d[][]) +{ + let str = `[${offEnsS.length}` + for (let i = 0; i < offEnsS.length; i++) + { + let offEns = offEnsS[i] + let linedString = `${offEns.length},` + for (let cu of offEns) + { + let bul = (cu instanceof Arc2d) ? cu.m_Bul : 0 + linedString += `[${cu.StartPoint.m_X},${cu.StartPoint.m_Y}],${bul},` + } + str += `,"Polyline",8,2,116,false,1,${7 + i % 2},0,[1,0,0,0,0,1,0,0,0,0,1,0,${Math.floor(i / 2) * 1000},0,0,1],0,0,true,[1,0,0,0,0,1,0,0,0,0,1,0,3000,0,0,1],0,2,${linedString}true` + } + str += ']' + console.log(str) + copyTextToClipboard(str) +} + +let DebugCurves: (Curve2d[])[] = [] +export function CADDebugInit() +{ + DebugCurves = [] +} + +export function CADCopyPolylines() +{ + TestPolyline(DebugCurves) + DebugCurves = [] +} + +function fallbackCopyTextToClipboard(text: string) +{ + let textArea = document.createElement('textarea') + textArea.value = text + document.body.appendChild(textArea) + textArea.focus() + textArea.select() + + try + { + let successful = document.execCommand('copy') + } catch (err) + { + } + document.body.removeChild(textArea) +} +export async function copyTextToClipboard(text: string) +{ + if (!navigator.clipboard) + { + fallbackCopyTextToClipboard(text) + return + } + return await navigator.clipboard.writeText(text) +} + +// ref: https://stackoverflow.com/questions/400212/how-do-i-copy-to-the-clipboard-in-javascript + +/** + * 读取剪切板的字符串 + */ +export async function readClipboardText() +{ + if (navigator.clipboard) + return await navigator.clipboard.readText() + return '' +} diff --git a/src/processParser/common/base/Dxf.ts b/src/processParser/common/base/Dxf.ts new file mode 100644 index 0000000..8138898 --- /dev/null +++ b/src/processParser/common/base/Dxf.ts @@ -0,0 +1,490 @@ +export class DxfWritor +{ + layers: WeakSet + activeLayer: Layer + lineTypes: WeakSet + offX = 0 + offY = 0 // 基点 + constructor() + { + this.layers = new WeakSet() + this.activeLayer = null + this.lineTypes = new WeakSet() + + for (let i = 0; i < DrawingType.LINE_TYPES.length; ++i) + { + this.addLineType( + DrawingType.LINE_TYPES[i].name, + DrawingType.LINE_TYPES[i].description, + DrawingType.LINE_TYPES[i].elements, + ) + } + + for (let i = 0; i < DrawingType.LAYERS.length; ++i) + { + this.addLayer( + DrawingType.LAYERS[i].name, + DrawingType.LAYERS[i].colorNumber, + DrawingType.LAYERS[i].lineTypeName, + ) + } + + this.setActiveLayer('0') + } + + /** + * @param {string} name + * @param {string} description + * @param {Array} elements - if elem > 0 it is a line, if elem < 0 it is gap, if elem == 0.0 it is a + */ + addLineType(name, description, elements) + { + this.lineTypes[name] = new LineType(name, description, elements) + return this + } + + addLayer(name, colorNumber, lineTypeName) + { + this.layers[name] = new Layer(name, colorNumber, lineTypeName) + return this + } + + /** 设置当前图层 白=0, 红=1, 黄=2, 绿=3,CYAN=4,BLUE=5,MAGENTA=6 */ + setActiveLayer(name) + { + this.activeLayer = this.layers[name] + return this + } + + setOffset(x1, y1) + { + this.offX = x1 + this.offY = y1 + } + + clear() + { + + } + + drawLine(x1, y1, x2, y2) + { + this.activeLayer.addShape(new Line(x1 + this.offX, y1 + this.offY, x2 + this.offX, y2 + this.offY)) + return this + } + + drawRect(x1, y1, w, h) + { + x1 = x1 + this.offX + y1 = y1 + this.offY + this.activeLayer.addShape(new Line(x1, y1, x1 + w, y1)) + this.activeLayer.addShape(new Line(x1 + w, y1, x1 + w, y1 + h)) + this.activeLayer.addShape(new Line(x1 + w, y1 + h, x1, y1 + h)) + this.activeLayer.addShape(new Line(x1, y1 + h, x1, y1)) + return this + } + + /** + * @param {number} x1 - Center x + * @param {number} y1 - Center y + * @param {number} r - radius + * @param {number} startAngle - degree + * @param {number} endAngle - degree + */ + drawArc(x1, y1, r, startAngle, endAngle) + { + this.activeLayer.addShape(new Arc(x1 + this.offX, y1 + this.offY, r, startAngle, endAngle)) + return this + } + + /** + * @param {number} x1 - Center x + * @param {number} y1 - Center y + * @param {number} r - radius + */ + drawCircle(x1, y1, r) + { + this.activeLayer.addShape(new Circle(x1 + this.offX, y1 + this.offY, r)) + return this + } + + /** + * @param {number} x1 - x + * @param {number} y1 - y + * @param {number} height - Text height + * @param {number} rotation - Text rotation + * @param {string} value - the string itself + */ + drawText(x1, y1, height, rotation, value) + { + this.activeLayer.addShape(new Text(x1 + this.offX, y1 + this.offY, height, rotation, value)) + return this + } + + /** + * @param {Array} points - Array of points like [ [x1, y1,r], [x2, y2,r]... ] + */ + drawPolyline(points, isClose = false) + { + for (const p of points) + { + p.x += this.offX + p.y += this.offY + } + this.activeLayer.addShape(new Polyline(points, isClose)) + return this + } + + _getDxfLtypeTable() + { + let s = '0\nTABLE\n' // start table + s += '2\nLTYPE\n' // name table as LTYPE table + + for (let lineTypeName in this.lineTypes) + { + s += this.lineTypes[lineTypeName].toDxfString() + } + + s += '0\nENDTAB\n' // end table + + return s + } + + _getDxfLayerTable() + { + let s = '0\nTABLE\n' // start table + s += '2\nLAYER\n' // name table as LAYER table + + for (let layerName in this.layers) + { + s += this.layers[layerName].toDxfString() + } + + s += '0\nENDTAB\n' + + return s + } + + toDxfString() + { + let s = '' + + // start section + s += '0\nSECTION\n' + // name section as TABLES section + s += '2\nTABLES\n' + + s += this._getDxfLtypeTable() + s += this._getDxfLayerTable() + + // end section + s += '0\nENDSEC\n' + + // ENTITES section + s += '0\nSECTION\n' + s += '2\nENTITIES\n' + + for (let layerName in this.layers) + { + let layer = this.layers[layerName] + s += layer.shapesToDxf() + // let shapes = layer.getShapes(); + } + + s += '0\nENDSEC\n' + + // close file + s += '0\nEOF' + + return s + } +} + +namespace DrawingType +{ + // AutoCAD Color Index (ACI) + // http://sub-atomic.com/~moses/acadcolors.html + export const ACI = { + LAYER: 0, + RED: 1, + YELLOW: 2, + GREEN: 3, + CYAN: 4, + BLUE: 5, + MAGENTA: 6, + WHITE: 7, + } + export const LINE_TYPES = [ + { name: 'CONTINUOUS', description: '______', elements: [] }, + { name: 'DASHED', description: '_ _ _ ', elements: [5.0, -5.0] }, + { name: 'DOTTED', description: '. . . ', elements: [0.0, -5.0] }, + ] + export const LAYERS = [ + { name: '0', colorNumber: ACI.WHITE, lineTypeName: 'CONTINUOUS' }, + { name: '1', colorNumber: ACI.RED, lineTypeName: 'CONTINUOUS' }, + { name: '2', colorNumber: ACI.YELLOW, lineTypeName: 'CONTINUOUS' }, + { name: '3', colorNumber: ACI.GREEN, lineTypeName: 'CONTINUOUS' }, + { name: '4', colorNumber: ACI.CYAN, lineTypeName: 'CONTINUOUS' }, + { name: '5', colorNumber: ACI.BLUE, lineTypeName: 'CONTINUOUS' }, + { name: '6', colorNumber: ACI.MAGENTA, lineTypeName: 'CONTINUOUS' }, + ] +} + +export class LineType +{ + name: string + description: string + elements: any[] + + /** + * @param {string} name + * @param {string} description + * @param {Array} elements - if elem > 0 it is a line, if elem < 0 it is gap, if elem == 0.0 it is a + */ + constructor(name, description, elements) + { + this.name = name + this.description = description + this.elements = elements + } + + /** + * @link https://www.autodesk.com/techpubs/autocad/acadr14/dxf/ltype_al_u05_c.htm + */ + toDxfString() + { + let s = '0\nLTYPE\n' + s += '72\n65\n' + s += '70\n64\n' + s += `2\n${this.name}\n` + s += `3\n${this.description}\n` + s += `73\n${this.elements.length}\n` + s += `40\n${this.getElementsSum()}\n` + + for (let i = 0; i < this.elements.length; ++i) + { + s += `49\n${this.elements[i]}\n` + } + + return s + } + + getElementsSum() + { + let sum = 0 + for (let i = 0; i < this.elements.length; ++i) + { + sum += Math.abs(this.elements[i]) + } + + return sum + } +} + +export class Layer +{ + name: string + colorNumber: string + lineTypeName: string + shapes: any[] + constructor(name, colorNumber, lineTypeName) + { + this.name = name + this.colorNumber = colorNumber + this.lineTypeName = lineTypeName + this.shapes = [] + } + + toDxfString() + { + let s = '0\nLAYER\n' + s += '70\n64\n' + s += `2\n${this.name}\n` + s += `62\n${this.colorNumber}\n` + s += `6\n${this.lineTypeName}\n` + return s + } + + addShape(shape) + { + this.shapes.push(shape) + shape.layer = this + } + + getShapes() + { + return this.shapes + } + + shapesToDxf() + { + let s = '' + for (let i = 0; i < this.shapes.length; ++i) + { + s += this.shapes[i].toDxfString() + } + + return s + } +} + +export class Arc +{ + x1: number + y1: number + r: number + startAngle: number + endAngle: number + layer: Layer + /** + * @param {number} x1 - Center x + * @param {number} y1 - Center y + * @param {number} r - radius + * @param {number} startAngle - degree + * @param {number} endAngle - degree + */ + constructor(x1, y1, r, startAngle, endAngle) + { + this.x1 = x1 + this.y1 = y1 + this.r = r + this.startAngle = startAngle + this.endAngle = endAngle + } + + toDxfString() + { + // https://www.autodesk.com/techpubs/autocad/acadr14/dxf/line_al_u05_c.htm + let s = `0\nARC\n` + s += `8\n${this.layer.name}\n` + s += `10\n${this.x1}\n20\n${this.y1}\n30\n0\n` + s += `40\n${this.r}\n50\n${this.startAngle}\n51\n${this.endAngle}\n` + return s + } +} + +export class Circle +{ + x1: number + y1: number + r: number + layer: Layer + /** + * @param {number} x1 - Center x + * @param {number} y1 - Center y + * @param {number} r - radius + */ + constructor(x1, y1, r) + { + this.x1 = x1 + this.y1 = y1 + this.r = r + } + + toDxfString() + { + // https://www.autodesk.com/techpubs/autocad/acadr14/dxf/circle_al_u05_c.htm + let s = `0\nCIRCLE\n` + s += `8\n${this.layer.name}\n` + s += `10\n${this.x1}\n20\n${this.y1}\n30\n0\n` + s += `40\n${this.r}\n` + return s + } +} + +export class Line +{ + x1: number + y1: number + x2: number + y2: number + layer: Layer + constructor(x1: number, y1: number, x2: number, y2: number) + { + this.x1 = x1 + this.y1 = y1 + this.x2 = x2 + this.y2 = y2 + } + + toDxfString() + { + // https://www.autodesk.com/techpubs/autocad/acadr14/dxf/line_al_u05_c.htm + let s = `0\nLINE\n` + s += `8\n${this.layer.name}\n` + s += `10\n${this.x1}\n20\n${this.y1}\n30\n0\n` + s += `11\n${this.x2}\n21\n${this.y2}\n31\n0\n` + return s + } +} + +export class Polyline +{ + points: any[] + isClose = false + layer: Layer + /** + * @param {Array} points - Array of points like [ [x1, y1,r], [x2, y2,r]... ] + */ + constructor(points, isClose) + { + this.points = points + this.isClose = isClose + } + + toDxfString() + { + // https://www.autodesk.com/techpubs/autocad/acad2000/dxf/polyline_dxf_06.htm + // https://www.autodesk.com/techpubs/autocad/acad2000/dxf/vertex_dxf_06.htm + let s = `0\nPOLYLINE\n` + s += `8\n${this.layer.name}\n` + s += `66\n1\n70\n${this.isClose ? 1 : 0}\n` + + for (let i = 0; i < this.points.length; ++i) + { + s += `0\nVERTEX\n` + s += `8\n${this.layer.name}\n` + s += `70\n0\n` + s += `10\n${this.points[i].x}\n20\n${this.points[i].y}\n42\n${this.points[i].r}\n` + } + + s += `0\nSEQEND\n` + return s + } +} + +export class Text +{ + x1: number + y1: number + height: number + rotation: number + value: string + layer: Layer + /** + * @param {number} x1 - x + * @param {number} y1 - y + * @param {number} height - Text height + * @param {number} rotation - Text rotation + * @param {string} value - the string itself + */ + constructor(x1, y1, height, rotation, value) + { + this.x1 = x1 + this.y1 = y1 + this.height = height + this.rotation = rotation + this.value = value + } + + toDxfString() + { + // https://www.autodesk.com/techpubs/autocad/acadr14/dxf/text_al_u05_c.htm + let s = `0\nTEXT\n` + s += `8\n${this.layer.name}\n` + s += `1\n${this.value}\n` + s += `10\n${this.x1}\n20\n${this.y1}\n30\n0\n` + s += `40\n${this.height}\n50\n${this.rotation}\n` + return s + } +} diff --git a/src/processParser/common/base/File.ts b/src/processParser/common/base/File.ts new file mode 100644 index 0000000..d2c64db --- /dev/null +++ b/src/processParser/common/base/File.ts @@ -0,0 +1,122 @@ + + +export class textFile +{ + /**保存单文件 text类型的 */ + static saveFile(filename: string, content: string) + { + let blob = new Blob([content], { type: "text/plain;charset=utf-8" }); + this.saveAs(filename, blob); + } + + /**读取文件 选择文件组件,读取文档处理函数 */ + static readFile(eleFile, fn_doText, fileType = "", fn_msg = null) + { + let noEleFile = !(eleFile); + if (noEleFile) + { + eleFile = document.createElement('input'); + eleFile.type = 'file'; + eleFile.accept = 'text/*'; + eleFile.hidden = true; + document.body.appendChild(eleFile); + } + + + if (fileType && fileType != "") eleFile.accept = fileType; + let reader = new FileReader(); + reader.onload = function (event) + { + let text = event.target["result"]; + if (fn_doText) fn_doText(text); + }; + // 选择文件 + eleFile.onchange = function (event) + { + let file = event.target.files[0]; + if (file) + { + reader.readAsText(file); + } + if (fn_msg != null) + { + fn_msg(); + } + }; + eleFile.click(); + + if (noEleFile) + { + document.body.removeChild(eleFile); + } + + } + + static getStringFromFile(eleFile, fileType = "", fn_msg = null): string + { + let noEleFile = !(eleFile); + if (noEleFile) + { + eleFile = document.createElement('input'); + eleFile.type = 'file'; + eleFile.accept = 'text/*'; + eleFile.hidden = true; + document.body.appendChild(eleFile); + } + + + if (fileType && fileType != "") eleFile.accept = fileType; + let reader = new FileReader(); + reader.onload = function (event) + { + let text = event.target["result"]; + return text; + }; + // 选择文件 + eleFile.onchange = function (event) + { + let file = event.target.files[0]; + if (file) + { + reader.readAsText(file); + } + if (fn_msg != null) + { + fn_msg(); + } + }; + eleFile.click(); + + if (noEleFile) + { + document.body.removeChild(eleFile); + } + return ''; + } + /**保存文件 */ + static saveAs(fileName: string, data: Blob) + { + // 创建隐藏的可下载链接 + let eleLink = document.createElement('a'); + eleLink.download = fileName; + eleLink.style.display = 'none'; + eleLink.href = URL.createObjectURL(data); + // 触发点击 + document.body.appendChild(eleLink); + eleLink.click(); + // 然后移除 + document.body.removeChild(eleLink); + } + + static readFile2() + { + let rf = document.createElement('input'); + rf.type = 'file'; + rf.accept = 'text/*'; + rf.hidden = true; + + + document.body.removeChild(rf); + } + +} diff --git a/src/processParser/common/base/MaskedNumberRange.ts b/src/processParser/common/base/MaskedNumberRange.ts new file mode 100644 index 0000000..c4b7202 --- /dev/null +++ b/src/processParser/common/base/MaskedNumberRange.ts @@ -0,0 +1,118 @@ +/** 文本表示的数字取值范围，比如 : "2,3,5-8" 表示 + * () => 大于等于 小于等于 + * [] => 大于 小于 +*/ +export class MaskedNumberRange { + maskedNumbers: any[] + constructor(strRs: string) { + let rs = [] + let strs = strRs.split(',') + for (let str of strs) { + if (str.trim() == '') + continue + let n = Number(str) + + let s_flag = 'in' + let e_flag = 'in' + if (!Number.isNaN(n)) { + rs.push({ s: n, e: n, s_flag, e_flag }) + } + else { + let zys = str.split('-') + if (zys.length != 2) + continue + if (zys[0].trim() == '' || zys[1].trim() == '') + continue + + + + let start :any = zys[0] + let end :any = zys[1] + if (zys[0].trim().includes('(')) { + s_flag = 'notIn' + start = start.replaceAll('(', '') + } else if (zys[0].trim().includes('[')) { + s_flag = 'in' + start = start.replaceAll('[', '') + } + + if (start == 'x') { + s_flag = 'infinite' + }else{ + start = Number(start) + } + + if (zys[1].trim().includes(')')) { + e_flag = 'notIn' + end = end.replaceAll(')', '') + } else if (zys[1].trim().includes(']')) { + e_flag = 'in' + end = end.replaceAll(']', '') + } + + if (end == 'x') { + e_flag = 'infinite' + }else{ + end = Number(end) + } + + + + let s = start // Number(zys[0]) + let e = end //Number(zys[1]) + + + + rs.push({ s: s, e: e, s_flag, e_flag }) + } + } + this.maskedNumbers = rs + } + + /** 参数是否在给定范围内 */ + isInRange(r: number): boolean { + let res = false + + for (let se of this.maskedNumbers) { + + if (se.s_flag == 'infinite') { + // 无穷 不判断 + res = true + } else if (se.s_flag == 'notIn') { + if (r > se.s) { + res = true + } + } else if (se.s_flag == 'in') { + if (r >= se.s) { + res = true + } + } + + if (res == true) { + let res1 = false + + if (se.e_flag == 'infinite') { + res1 = true + } else if (se.e_flag == 'notIn') { + if (r < se.e) { + res1 = true + } + } else if (se.e_flag == 'in') { + if (r <= se.e) { + res1 = true + } + } + + res = res && res1 + } + + if(res == true){ + return true + } + + // if (r > se.s && r < se.e) + // return true + } + return res + } +} diff --git a/src/processParser/common/base/MathComm.ts b/src/processParser/common/base/MathComm.ts new file mode 100644 index 0000000..9fecb22 --- /dev/null +++ b/src/processParser/common/base/MathComm.ts @@ -0,0 +1,128 @@ +/** 相等, 相差小于diff */ +export function equal(a: number, b: number, diff = 0.001): boolean +{ + return Math.abs(a - b) < diff +} + +/** ab相差dis */ +export function isDiffer(a: number, b: number, dis: number, diff = 0.001): boolean +{ + let rdis = Math.abs(a - b) + return rdis > dis - diff && rdis < dis + diff +} + +/** 两点间距离 */ +export function getDis2(p1, p2): number +{ + let x1 = p1.pointX || p1.X || p1.x || 0 + let y1 = p1.pointY || p1.Y || p1.y || 0 + let x2 = p2.pointX || p2.X || p2.x || 0 + let y2 = p2.pointY || p2.Y || p2.y || 0 + return getDis(x1, y1, x2, y2) +} + +/** 两点间距离 */ +export function getDis(x1: number, y1: number, x2: number, y2: number): number +{ + let xt = x1 - x2 + let yt = y1 - y2 + return Math.sqrt(xt * xt + yt * yt) +} + +/** 两点间弧度半径 */ +export function getR(x1: number, y1: number, x2: number, y2: number, bul: number): number +{ + if (bul == 0) + return 0 + let d = Math.sqrt((x1 - x2) ** 2 + (y1 - y2) ** 2) / 2 + return 0.5 * d * (1 + bul ** 2) / bul +} + +/** 获取两点间的半径 */ +export function getR2(p1, p2): number +{ + let bul = p1.Curve || p1.bul || 0 + if (bul == 0) + return 0 + + let x1 = p1.pointX || p1.X || p1.x + let y1 = p1.pointY || p1.Y || p1.y + let x2 = p2.pointX || p2.X || p2.x + let y2 = p2.pointY || p2.Y || p2.y + + return getR(x1, y1, x2, y2, bul) +} + +/** 截取小数点 */ +export function round(n: number, bit = 3): number +{ + if (bit < 1) + return n + let tt = 10 ** bit + return Math.round(n * tt) / tt +} + +/** + * 获得四点p{x,y}形成的矩形{x,y,w,l}; + * 不是矩形 返回null + */ +export function getRect(p0, p1, p2, p3): any +{ + if (equal(p0.x, p1.x) == false && equal(p0.y, p1.y) == false) + return null + + // 中心点 + let xc = (p0.x + p1.x + p2.x + p3.x) / 4 + let yc = (p0.y + p1.y + p2.y + p3.y) / 4 + + let dis0 = getDis(p0.x, p0.y, xc, yc) + let dis1 = getDis(p1.x, p1.y, xc, yc) + let dis2 = getDis(p2.x, p2.y, xc, yc) + let dis3 = getDis(p3.x, p3.y, xc, yc) + + if (equal(dis0, dis1) && equal(dis0, dis2) && equal(dis0, dis3)) + { + let x = Math.min(p0.x, p1.x, p2.x, p3.x) + let y = Math.min(p0.y, p1.y, p2.y, p3.y) + + let w = Math.max(p0.x, p1.x, p2.x, p3.x) - x + let l = Math.max(p0.y, p1.y, p2.y, p3.y) - y + if (w < 0.01 || l < 0.01) + return null + return { x, y, w, l } + } + return null +} + +/** 获取两点的直线的一般式方程AX+BY+C=0 ABC */ +export function getLineABC(x1: number, y1: number, x2: number, y2: number) +{ + let A = y2 - y1 + let B = x1 - x2 + let C = x2 * y1 - x1 * y2 + return { A, B, C } +} + +/** 获取点 p(x,y) 到两点的线的距离 */ +export function getDis_PointLine(x1: number, y1: number, x2: number, y2: number, x: number, y: number) +{ + let abc = getLineABC(x1, y1, x2, y2) + let aabb = Math.sqrt(abc.A * abc.A + abc.B * abc.B) + if (aabb == 0) + return 0 + + return Math.abs(abc.A * x + abc.B * y + abc.C) / aabb +} + +/** 删除重复点 */ +export function removeRepeatPoint(pts, fuzz = 0.01) +{ + for (let n = pts.length - 1; n >= 0; n--) { + let p = n - 1 + if (p < 0) + p = pts.length - 1 + + if (getDis2(pts[p], pts[n]) < fuzz) + pts.splice(n, 1) + } +} diff --git a/src/processParser/common/base/PlaceStyleHelper.ts b/src/processParser/common/base/PlaceStyleHelper.ts new file mode 100644 index 0000000..a1435be --- /dev/null +++ b/src/processParser/common/base/PlaceStyleHelper.ts @@ -0,0 +1,169 @@ +import { PlaceStyle, EdgeType} from '../../confClass.js' + +/** + * 排版方式，返回排版后的[下右上左]所对应原始边 rt = [，，，] 下0 右1 上2 左3 + * 比如 rt[0] = 3 表示现在的下边是原始的左边 + * rt[2] = 0 表示现在的上边是原始的下边 + * @param placeStyle 放置方式 + */ +export function getOriginalSides(placeStyle: PlaceStyle): number[] +{ + // let orgSides = [0, 1, 2, 3]; + let orgSides = [EdgeType.BOTTOM, EdgeType.RIGHT, EdgeType.TOP, EdgeType.LEFT] + switch (placeStyle) + { + case PlaceStyle.FRONT: // 正面 + break + case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转 + orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT + orgSides[EdgeType.RIGHT] = EdgeType.TOP + orgSides[EdgeType.TOP] = EdgeType.LEFT + orgSides[EdgeType.LEFT] = EdgeType.BOTTOM + break + case PlaceStyle.FRONT_TURN_BACK: // 正面后转 + orgSides[EdgeType.BOTTOM] = EdgeType.TOP + orgSides[EdgeType.RIGHT] = EdgeType.LEFT + orgSides[EdgeType.TOP] = EdgeType.BOTTOM + orgSides[EdgeType.LEFT] = EdgeType.RIGHT + break + case PlaceStyle.FRONT_TURN_LEFT: // 正面左转 + orgSides[EdgeType.BOTTOM] = EdgeType.LEFT + orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM + orgSides[EdgeType.TOP] = EdgeType.RIGHT + orgSides[EdgeType.LEFT] = EdgeType.TOP + break + case PlaceStyle.BACK: // 反面 + orgSides[EdgeType.BOTTOM] = EdgeType.BOTTOM + orgSides[EdgeType.RIGHT] = EdgeType.LEFT + orgSides[EdgeType.TOP] = EdgeType.TOP + orgSides[EdgeType.LEFT] = EdgeType.RIGHT + break + case PlaceStyle.BACK_TURN_RIGHT: // 反面右转 + orgSides[EdgeType.BOTTOM] = EdgeType.LEFT + orgSides[EdgeType.RIGHT] = EdgeType.TOP + orgSides[EdgeType.TOP] = EdgeType.RIGHT + orgSides[EdgeType.LEFT] = EdgeType.BOTTOM + break + case PlaceStyle.BACK_TURN_BACK: // 反面后转 + orgSides[EdgeType.BOTTOM] = EdgeType.TOP + orgSides[EdgeType.RIGHT] = EdgeType.RIGHT + orgSides[EdgeType.TOP] = EdgeType.BOTTOM + orgSides[EdgeType.LEFT] = EdgeType.LEFT + break + case PlaceStyle.BACK_TURN_LEFT: // 反面左转 + orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT + orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM + orgSides[EdgeType.TOP] = EdgeType.LEFT + orgSides[EdgeType.LEFT] = EdgeType.TOP + break + default: + break + } + return orgSides +} + +/** + * 返回原始边[下右上左] 放置后位置 rt = [,,,,] + * 例如 rt[0] = 3 表示原始下边，现在放置后的新位置是左边 + * rt[2] = 0 表示原始上边，现在放置后的新位置是下边 + * @param placeStyle 放置方式 + */ +export function getPlacedSides(placeStyle: PlaceStyle): number[] +{ + // let orgSides = [0, 1, 2, 3]; + let orgSides = [EdgeType.BOTTOM, EdgeType.RIGHT, EdgeType.TOP, EdgeType.LEFT] + switch (placeStyle) + { + case PlaceStyle.FRONT: // 正面 + break + case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转 + orgSides[EdgeType.BOTTOM] = EdgeType.LEFT + orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM + orgSides[EdgeType.TOP] = EdgeType.RIGHT + orgSides[EdgeType.LEFT] = EdgeType.TOP + break + case PlaceStyle.FRONT_TURN_BACK: // 正面后转 + orgSides[EdgeType.BOTTOM] = EdgeType.TOP + orgSides[EdgeType.RIGHT] = EdgeType.LEFT + orgSides[EdgeType.TOP] = EdgeType.BOTTOM + orgSides[EdgeType.LEFT] = EdgeType.RIGHT + break + case PlaceStyle.FRONT_TURN_LEFT: // 正面左转 + orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT + orgSides[EdgeType.RIGHT] = EdgeType.TOP + orgSides[EdgeType.TOP] = EdgeType.LEFT + orgSides[EdgeType.LEFT] = EdgeType.BOTTOM + break + case PlaceStyle.BACK: // 反面 + orgSides[EdgeType.BOTTOM] = EdgeType.BOTTOM + orgSides[EdgeType.RIGHT] = EdgeType.LEFT + orgSides[EdgeType.TOP] = EdgeType.TOP + orgSides[EdgeType.LEFT] = EdgeType.RIGHT + break + case PlaceStyle.BACK_TURN_RIGHT: // 反面右转 + orgSides[EdgeType.BOTTOM] = EdgeType.LEFT + orgSides[EdgeType.RIGHT] = EdgeType.TOP + orgSides[EdgeType.TOP] = EdgeType.RIGHT + orgSides[EdgeType.LEFT] = EdgeType.BOTTOM + break + case PlaceStyle.BACK_TURN_BACK: // 反面后转 + orgSides[EdgeType.BOTTOM] = EdgeType.TOP + orgSides[EdgeType.RIGHT] = EdgeType.RIGHT + orgSides[EdgeType.TOP] = EdgeType.BOTTOM + orgSides[EdgeType.LEFT] = EdgeType.LEFT + break + case PlaceStyle.BACK_TURN_LEFT: // 反面左转 + orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT + orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM + orgSides[EdgeType.TOP] = EdgeType.LEFT + orgSides[EdgeType.LEFT] = EdgeType.TOP + break + default: + break + } + return orgSides +} + +/** 获取排版位置 */ +export function getPlacePosition(x: number, y: number, width: number, length: number, placeStyle: PlaceStyle): any +{ + let posX = x + let posY = y + switch (placeStyle) + { + case PlaceStyle.FRONT: // 正面 + break + case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转 + posX = y + posY = width - x + break + case PlaceStyle.FRONT_TURN_BACK: // 正面后转 + posX = width - x + posY = length - y + break + case PlaceStyle.FRONT_TURN_LEFT: // 正面左转 + posX = length - y + posY = x + break + case PlaceStyle.BACK: // 反面 + posX = width - x + posY = y + break + case PlaceStyle.BACK_TURN_RIGHT: // 反面右转 + posX = y + posY = x + break + case PlaceStyle.BACK_TURN_BACK: // 反面后转 + posX = x + posY = length - y + break + case PlaceStyle.BACK_TURN_LEFT: // 反面左转 + posX = length - y + posY = width - x + break + default: + break + } + + return { x: posX, y: posY } +} diff --git a/src/processParser/common/base/StringBase64.ts b/src/processParser/common/base/StringBase64.ts new file mode 100644 index 0000000..06b0b6f --- /dev/null +++ b/src/processParser/common/base/StringBase64.ts @@ -0,0 +1,152 @@ +import gb2312 from './gb2312.json' + +export class StringBase64 { + static ToBase64_gb2312(str: string): string { + let bin = this.toGB2312Bytes(str || '') + let str64 = this.encode(bin) + return str64 + } + + static _table = ['A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', + 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', 'a', 'b', 'c', 'd', 'e', 'f', + 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', + 'w', 'x', 'y', 'z', '0', '1', '2', '3', '4', '5', '6', '7', '8', '9', '+', '/'] + + /** 将二进制转换成base64 */ + static encode(bin: number[]): string { + let codes = [] + let un = 0 + un = bin.length % 3 + if (un == 1) + bin.push(0, 0) + else if (un == 2) + bin.push(0) + for (let i = 2; i < bin.length; i += 3) { + let c = bin[i - 2] << 16 + c |= bin[i - 1] << 8 + c |= bin[i] + codes.push(this._table[c >> 18 & 0x3F]) + codes.push(this._table[c >> 12 & 0x3F]) + codes.push(this._table[c >> 6 & 0x3F]) + codes.push(this._table[c & 0x3F]) + } + if (un >= 1) { + codes[codes.length - 1] = '=' + bin.pop() + } + if (un == 1) { + codes[codes.length - 2] = '=' + bin.pop() + } + return codes.join('') + } + + /** 将utf8 转成gb2312字符串 */ + static toGb2312String(str1: string): string { + let substr = '' + let a = '' + let b = '' + let c = '' + let i = -1 + i = str1.indexOf('%') + if (i == -1) { + return str1 + } + while (i != -1) { + if (i < 3) { + substr = substr + str1.substr(0, i - 1) + str1 = str1.substr(i + 1, str1.length - i) + a = str1.substr(0, 2) + str1 = str1.substr(2, str1.length - 2) + if ((Number.parseInt(`0x${a}`) & 0x80) == 0) { + substr = substr + String.fromCharCode(Number.parseInt(`0x${a}`)) + } + else if ((Number.parseInt(`0x${a}`) & 0xE0) == 0xC0) { // two byte + b = str1.substr(1, 2) + str1 = str1.substr(3, str1.length - 3) + let widechar = (Number.parseInt(`0x${a}`) & 0x1F) << 6 + widechar = widechar | (Number.parseInt(`0x${b}`) & 0x3F) + substr = substr + String.fromCharCode(widechar) + } + else { + b = str1.substr(1, 2) + str1 = str1.substr(3, str1.length - 3) + c = str1.substr(1, 2) + str1 = str1.substr(3, str1.length - 3) + let widechar = (Number.parseInt(`0x${a}`) & 0x0F) << 12 + widechar = widechar | ((Number.parseInt(`0x${b}`) & 0x3F) << 6) + widechar = widechar | (Number.parseInt(`0x${c}`) & 0x3F) + substr = substr + String.fromCharCode(widechar) + } + } + else { + substr = substr + str1.substring(0, i) + str1 = str1.substring(i) + } + i = str1.indexOf('%') + } + + return substr + str1 + } + + private static _unicode2gb + static getUnicode2gb() { + if (this._unicode2gb == null) { + this._unicode2gb = gb2312 + } + return this._unicode2gb + } + + static toGB2312Bytes(str: string): number[] { + let unicode2gb = this.getUnicode2gb() + let res = []; let len = str.length + for (let i = 0; i < len; i++) { + let code = str.charCodeAt(i) + if (code <= 0x007F) { + res.push(code) + } + else { + let hex = unicode2gb[`0x${code.toString(16).toUpperCase()}`] + let gb = Number(hex) + if (Number.isNaN(gb)) + gb = Number('0xA1F5') + + let arr = [] + while (gb > 0) { + arr.push(gb & 0xFF) + gb >>= 8 + } + while (arr.length > 0) res.push(arr.pop()) + } + } + return res + } + + static fromGB2312Bytes(gb2312Bytes: number[]): string { + let unicode2gb = this.getUnicode2gb() + let res = [] + // var i = 0 + for (let i = 0; i < gb2312Bytes.length; i++) { + let code = gb2312Bytes[i] + if (code < 0xA1 || code > 0xFE || i + 1 == gb2312Bytes.length) { + res.push(String.fromCharCode(code)) + continue + } + let c2 = gb2312Bytes[i + 1] + if (code < 0xA1 || code > 0xFE) { + res.push(String.fromCharCode(code)) + continue + } + let g = c2 | code << 8 + + c2 = Number(unicode2gb[`0x${g.toString(16).toUpperCase()}`]) + if (typeof c2 == 'undefined') { + res.push(String.fromCharCode(code)) + continue + } + res.push(String.fromCharCode(c2)) + i++ + } + return res.join('') + } +} diff --git a/src/processParser/common/base/StringBuidler.ts b/src/processParser/common/base/StringBuidler.ts new file mode 100644 index 0000000..4edafc4 --- /dev/null +++ b/src/processParser/common/base/StringBuidler.ts @@ -0,0 +1,82 @@ +export class StringBuider +{ + strings: string[] + + constructor() + { + this.strings = [] + } + + /** 插入 */ + Append(obj: any) + { + this.strings.push(obj) + } + + /** 插入文本 */ + AppendString(str: string) { this.strings.push(str) } + + /** 格式化 插入 */ + AppendFormat(str: string, ...arg: any[]): string + { + for (let i = 0; i < arg.length; i++) + { + let parent = `\\{${i}\\}` + let reg = new RegExp(parent, 'g') + str = str.replace(reg, arg[i]) + } + this.strings.push(str) + return str + } + + /** 添加一行(回车) */ + AppendLine(str = '') + { + if (str != null) + { + this.AppendString(str) + } + } + + /** 插入 */ + Insert(index: number, ...strs) + { + if (strs.length == 0) + return + if (index > this.strings.length) + index = this.strings.length + if (index < 0) + index = 0 + this.strings.splice(index, 0, ...strs) + } + + /** 删除片段 */ + Remove(startIndex: number, length: number): string[] + { + return this.strings.splice(startIndex, length) + } + + /** 所有文本 */ + ToString(): string + { + return this.strings.join('\r\n') + } + + /** 清空 */ + Clear() { this.strings = [] } + + /** 容量 */ + get size() { return this.strings.length } + /** 文本数 */ + get Count() { return this.strings.length } + + GetStringLength(): number + { + let length = 0 + for (const str of this.strings) + { + length += str.length + } + return length + } +} diff --git a/src/processParser/common/base/StringFormat.ts b/src/processParser/common/base/StringFormat.ts new file mode 100644 index 0000000..6ed1616 --- /dev/null +++ b/src/processParser/common/base/StringFormat.ts @@ -0,0 +1,126 @@ +export class StringFormat +{ + /** + * 对Date的扩展，将 Date 转化为指定格式的String + * 月(M)、日(d)、12小时(h)、24小时(H)、分(m)、秒(s)、周(E)、季度(q) 可以用 1-2 个占位符 + * 年(y)可以用 1-4 个占位符，毫秒(S)只能用 1 个占位符(是 1-3 位的数字) + * eg: + * (new Date()).pattern("yyyy-MM-dd hh:mm:ss.S") ==> 2006-07-02 08:09:04.423 + * (new Date()).pattern("yyyy-MM-dd E HH:mm:ss") ==> 2009-03-10 二 20:09:04 + * (new Date()).pattern("yyyy-MM-dd EE hh:mm:ss") ==> 2009-03-10 周二 08:09:04 + * (new Date()).pattern("yyyy-MM-dd EEE hh:mm:ss") ==> 2009-03-10 星期二 08:09:04 + * (new Date()).pattern("yyyy-M-d h:m:s.S") ==> 2006-7-2 8:9:4.18 + */ + static Date(date: Date, fmt): string + { + let o = { + 'M+': date.getMonth() + 1, // 月份 + 'd+': date.getDate(), // 日 + 'h+': date.getHours() % 12 == 0 ? 12 : date.getHours() % 12, // 小时 + 'H+': date.getHours(), // 小时 + 'm+': date.getMinutes(), // 分 + 's+': date.getSeconds(), // 秒 + 'q+': Math.floor((date.getMonth() + 3) / 3), // 季度 + 'S': date.getMilliseconds(), // 毫秒 + } + let week = { + 0: '/u65e5', + 1: '/u4e00', + 2: '/u4e8c', + 3: '/u4e09', + 4: '/u56db', + 5: '/u4e94', + 6: '/u516d', + } + if (/(y+)/.test(fmt)) + { + fmt = fmt.replace(RegExp.$1, (`${date.getFullYear()}`).substr(4 - RegExp.$1.length)) + } + if (/(E+)/.test(fmt)) + { + fmt = fmt.replace(RegExp.$1, ((RegExp.$1.length > 1) ? (RegExp.$1.length > 2 ? '/u661f/u671f' : '/u5468') : '') + week[`${date.getDay()}`]) + } + for (let k in o) + { + if (new RegExp(`(${k})`).test(fmt)) + { + fmt = fmt.replace(RegExp.$1, (RegExp.$1.length == 1) ? (o[k]) : ((`00${o[k]}`).substr((`${o[k]}`).length))) + } + } + return fmt + } + + /** 返回数字的固定小数点 123.00 */ + static number(value: number, bit: number): string + { + return value?.toFixed(bit).toString() + } + + static toFixed(value: number, bit: number = 3): number + { + let tt = 10 ** bit + return Math.round(value * tt) / tt + } + + static filterIllegalChar(str: string): string + { + // var pattern = new RegExp("[/:*?'<>|\\]"); + // var rs = ""; + // for (var i = 0; i < str.length; i++) + // { + // rs = rs + str.substr(i, 1).replace(pattern, ''); + // } + // return rs; + + let rt = str.replace(/\\/g, '').replace(/\:/g, '').replace(/\*/g, '').replace(/\?/g, '').replace(/\"/g, '').replace(/\/g, '').replace(/\|/g, '').replace(/\'/g, '') + return rt + } + + /** 文本格式化 */ + static format(str: string, ...args: any[]): string + { + let data = args + let tmpl = str + for (const item of tmpl.matchAll(/\{(.+?)\}/g)) + { + let parts = item[1].split(',').map(i => i.trim()) + let index = Number(parts[0]) + let arg = data[index] + + let val = (arg || '').toString() // 默认 + + if (arg instanceof Date) // 日期 + { + let fm = 'MM-dd HH;mm' + if (parts.length > 1) + { + fm = parts[1] + } + val = this.Date(arg, fm) + } + + if (parts.length > 1 && parts[1][0] === '#') + { + // {2,#3} -> 数字 转成3位 001,...023, + val = val.padStart(Number(parts[1].substring(1)), '0') + } + tmpl = tmpl.replace(item[0], val) + } + + return tmpl + } + + /** 实现右对齐,右边填充 (25,4,'*') => '25**' */ + static PadEnd(num: number, totalWidth: number, paddingChar: string): string + { + let str = num.toString() + return str.padEnd(totalWidth, paddingChar[0]) + } + + /** 实现右对齐,左边填充 (25,4,'0') => '0025' */ + static PadStart(num: number, totalWidth: number, paddingChar: string): string + { + let str = num.toString() + return str.padStart(totalWidth, paddingChar[0]) + } +} diff --git a/src/processParser/common/base/TextFile.ts b/src/processParser/common/base/TextFile.ts new file mode 100644 index 0000000..d4e24e0 --- /dev/null +++ b/src/processParser/common/base/TextFile.ts @@ -0,0 +1,119 @@ +export class textFile +{ + /** 保存单文件 text类型的 */ + static saveFile(filename: string, content: string) + { + let blob = new Blob([content], { type: 'text/plain;charset=utf-8' }) + this.saveAs(filename, blob) + } + + /** 读取文件 选择文件组件,读取文档处理函数 */ + static readFile(eleFile, fn_doText, fileType = '', fn_msg = null) + { + let noEleFile = !(eleFile) + if (noEleFile) + { + eleFile = document.createElement('input') + eleFile.type = 'file' + eleFile.accept = 'text/*' + eleFile.hidden = true + document.body.appendChild(eleFile) + } + + if (fileType && fileType != '') + eleFile.accept = fileType + let reader = new FileReader() + reader.onload = function (event) + { + let text = event.target.result + if (fn_doText) + fn_doText(text) + } + // 选择文件 + eleFile.onchange = function (event) + { + let file = event.target.files[0] + if (file) + { + reader.readAsText(file) + } + if (fn_msg != null) + { + fn_msg() + } + } + eleFile.click() + + if (noEleFile) + { + document.body.removeChild(eleFile) + } + } + + static getStringFromFile(eleFile, fileType = '', fn_msg = null): string + { + let noEleFile = !(eleFile) + if (noEleFile) + { + eleFile = document.createElement('input') + eleFile.type = 'file' + eleFile.accept = 'text/*' + eleFile.hidden = true + document.body.appendChild(eleFile) + } + + if (fileType && fileType != '') + eleFile.accept = fileType + let reader = new FileReader() + reader.onload = function (event) + { + let text = event.target.result + return text + } + // 选择文件 + eleFile.onchange = function (event) + { + let file = event.target.files[0] + if (file) + { + reader.readAsText(file) + } + if (fn_msg != null) + { + fn_msg() + } + } + eleFile.click() + + if (noEleFile) + { + document.body.removeChild(eleFile) + } + return '' + } + + /** 保存文件 */ + static saveAs(fileName: string, data: Blob) + { + // 创建隐藏的可下载链接 + let eleLink = document.createElement('a') + eleLink.download = fileName + eleLink.style.display = 'none' + eleLink.href = URL.createObjectURL(data) + // 触发点击 + document.body.appendChild(eleLink) + eleLink.click() + // 然后移除 + document.body.removeChild(eleLink) + } + + static readFile2() + { + let rf = document.createElement('input') + rf.type = 'file' + rf.accept = 'text/*' + rf.hidden = true + + document.body.removeChild(rf) + } +} diff --git a/src/processParser/common/base/ZipFile.ts b/src/processParser/common/base/ZipFile.ts new file mode 100644 index 0000000..4f37caf --- /dev/null +++ b/src/processParser/common/base/ZipFile.ts @@ -0,0 +1,136 @@ +import { saveAs } from 'file-saver' +import type { ZipProvider } from '../zip.js' +import { DefaultZipProvider, FileInfo } from '../zip.js' +import { StringBuider } from './StringBuidler.js' +import { StringBase64 } from './StringBase64.js' + +export class FileZip +{ + zipName: string + // zip对象 + private zip: ZipProvider = DefaultZipProvider() + // 文件数据 + private stringBuider: StringBuider + + constructor() + { + this.stringBuider = new StringBuider() + this.SetZipFileName('') + } + + /** 设置zip文件名 */ + SetZipFileName(_name: string) + { + this.zipName = _name + } + + getZipFileName() + { + return this.zipName + } + + PushBlobFile(fileName: string, content) + { + let newFile = new FileInfo(fileName, content, false) + newFile.binary = true + this.zip.addFile(newFile) + } + + // /**添加文件 */ + // PushFile(fileName: string, fileText: string, isBase64 = false, isgb2312 = false, isUtf8Bom=false) + // { + // if (isgb2312) + // { + // isBase64 = true; + // fileText = StringBase64.ToBase64_gb2312(fileText); + // } + // if(isUtf8Bom) + // { + // fileText = String.fromCharCode(parseInt("0xFEFF")) + fileText; + // } + // let newFile = new FileInfo(fileName, fileText, isBase64); + // this.zip.addFile(newFile); + // } + + /** 添加文件 fileName文件名 fileText文件内容 isBase64是否base64 encoding编码格式(gb2312, utf8bom) */ + PushFile(fileName: string, fileText: string, isBase64 = false, encoding: string = 'gb2312') + { + if (encoding == 'gb2312') + { + isBase64 = true + fileText = StringBase64.ToBase64_gb2312(fileText) + } + if (encoding == 'utf8bom') + { + fileText = String.fromCharCode(Number.parseInt('0xFEFF')) + fileText + } + let newFile = new FileInfo(fileName, fileText, isBase64) + this.zip.addFile(newFile) + } + + pushFile_withBom(fileName: string, fileText: string) + { + this.PushFile(fileName, fileText, false, 'utf8bom') + } + + PushFile_GB2312(fileName: string, fileText: string) + { + this.PushFile(fileName, fileText, false, 'gb2312') + } + + /** 新建文件 */ + NewFile() + { + this.stringBuider.Clear() + } + + /** 推送文本到缓存区 */ + AppentText(comment: string) + { + this.stringBuider.Append(comment) + } + + // //将缓存区的文本 保存起来 + // SaveFile(fileName: string, isgb2312: boolean = false, isutf8bom = false) + // { + // let fileText = this.stringBuider.ToString(); + // this.stringBuider.Clear(); + // this.PushFile(fileName, fileText, false, isgb2312, isutf8bom); + // } + + // 将缓存区的文本 保存起来 + SaveFile(fileName: string, encoding: string = 'gb2312') + { + let fileText = this.stringBuider.ToString() + this.stringBuider.Clear() + this.PushFile(fileName, fileText, false, encoding) + } + + // 下载zip文件 + async Download(zipName = '') + { + let content = await this.zip.saveAsync() + // textFile.saveAs(FileZip.zipName,content); + let name = zipName || this.zipName + saveAs(content, name) + } + + static WriteFile(fname: string, data: BlobPart) + { + let blob = new Blob([data], { type: 'octet/stream' }) + + let download = document.createElement('a') + download.download = fname + download.href = window.URL.createObjectURL(blob) + download.style.display = 'none' + download.onclick = function () + { + document.body.removeChild(download) + } + document.body.appendChild(download) + + download.click() + }; +} + +export { FileInfo } diff --git a/src/processParser/common/base/gb2312.json b/src/processParser/common/base/gb2312.json new file mode 100644 index 0000000..8159ac5 --- /dev/null +++ b/src/processParser/common/base/gb2312.json @@ -0,0 +1,6965 @@ +{ + "0x3001": "0xA1A2", + "0x3002": "0xA1A3", + "0x00B7": "0xA1A4", + "0x02C9": "0xA1A5", + "0x02C7": "0xA1A6", + "0x00A8": "0xA1A7", + "0x3003": "0xA1A8", + "0x2014": "0xA1AA", + "0xFF5E": "0xA1AB", + "0x2016": "0xA1AC", + "0x2026": "0xA1AD", + "0x2018": "0xA1AE", + "0x2019": "0xA1AF", + "0x201C": "0xA1B0", + "0x201D": "0xA1B1", + "0x3014": "0xA1B2", + "0x3015": "0xA1B3", + "0x3008": "0xA1B4", + "0x3009": "0xA1B5", + "0x300A": "0xA1B6", + "0x300B": "0xA1B7", + "0x300C": "0xA1B8", + "0x300D": "0xA1B9", + "0x300E": "0xA1BA", + "0x300F": "0xA1BB", + "0x3016": "0xA1BC", + "0x3017": "0xA1BD", + "0x3010": "0xA1BE", + "0x3011": "0xA1BF", + "0x00B1": "0xA1C0", + "0x00D7": "0xA1C1", + "0x00F7": "0xA1C2", + "0x2236": "0xA1C3", + "0x2227": "0xA1C4", + "0x2238": "0xA1C5", + "0x2211": "0xA1C6", + "0x220F": "0xA1C7", + "0x222A": "0xA1C8", + "0x2229": "0xA1C9", + "0x2208": "0xA1CA", + "0x2237": "0xA1CB", + "0x221A": "0xA1CC", + "0x22A5": "0xA1CD", + "0x2225": "0xA1CE", + "0x2220": "0xA1CF", + "0x2312": "0xA1D0", + "0x2299": "0xA1D1", + "0x222B": "0xA1D2", + "0x222E": "0xA1D3", + "0x2261": "0xA1D4", + "0x224C": "0xA1D5", + "0x2248": "0xA1D6", + "0x223D": "0xA1D7", + "0x221D": "0xA1D8", + "0x2260": "0xA1D9", + "0x226E": "0xA1DA", + "0x226F": "0xA1DB", + "0x2264": "0xA1DC", + "0x2265": "0xA1DD", + "0x221E": "0xA1DE", + "0x2235": "0xA1DF", + "0x2234": "0xA1E0", + "0x2642": "0xA1E1", + "0x2640": "0xA1E2", + "0x00B0": "0xA1E3", + "0x2032": "0xA1E4", + "0x2033": "0xA1E5", + "0x2103": "0xA1E6", + "0xFF04": "0xA1E7", + "0x00A4": "0xA1E8", + "0xFFE0": "0xA1E9", + "0xFFE1": "0xA1EA", + "0x2030": "0xA1EB", + "0x00A7": "0xA1EC", + "0x2116": "0xA1ED", + "0x2606": "0xA1EE", + "0x2605": "0xA1EF", + "0x25CB": "0xA1F0", + "0x25CF": "0xA1F1", + "0x25CE": "0xA1F2", + "0x25C7": "0xA1F3", + "0x25C6": "0xA1F4", + "0x25A1": "0xA1F5", + "0x25A0": "0xA1F6", + "0x25B3": "0xA1F7", + "0x25B2": "0xA1F8", + "0x203B": "0xA1F9", + "0x2192": "0xA1FA", + "0x2190": "0xA1FB", + "0x2191": "0xA1FC", + "0x2193": "0xA1FD", + "0x3013": "0xA1FE", + "0x2170": "0xA2A1", + "0x2171": "0xA2A2", + "0x2172": "0xA2A3", + "0x2173": "0xA2A4", + "0x2174": "0xA2A5", + "0x2175": "0xA2A6", + "0x2176": "0xA2A7", + "0x2177": "0xA2A8", + "0x2178": "0xA2A9", + "0x2179": "0xA2AA", + "0x2488": "0xA2B1", + "0x2489": "0xA2B2", + "0x248A": "0xA2B3", + "0x248B": "0xA2B4", + "0x248C": "0xA2B5", + "0x248D": "0xA2B6", + "0x248E": "0xA2B7", + "0x248F": "0xA2B8", + "0x2490": "0xA2B9", + "0x2491": "0xA2BA", + "0x2492": "0xA2BB", + "0x2493": "0xA2BC", + "0x2494": "0xA2BD", + "0x2495": "0xA2BE", + "0x2496": "0xA2BF", + "0x2497": "0xA2C0", + "0x2498": "0xA2C1", + "0x2499": "0xA2C2", + "0x249A": "0xA2C3", + "0x249B": "0xA2C4", + "0x2474": "0xA2C5", + "0x2475": "0xA2C6", + "0x2476": "0xA2C7", + "0x2477": "0xA2C8", + "0x2478": "0xA2C9", + "0x2479": "0xA2CA", + "0x247A": "0xA2CB", + "0x247B": "0xA2CC", + "0x247C": "0xA2CD", + "0x247D": "0xA2CE", + "0x247E": "0xA2CF", + "0x247F": "0xA2D0", + "0x2480": "0xA2D1", + "0x2481": "0xA2D2", + "0x2482": "0xA2D3", + "0x2483": "0xA2D4", + "0x2484": "0xA2D5", + "0x2485": "0xA2D6", + "0x2486": "0xA2D7", + "0x2487": "0xA2D8", + "0x2460": "0xA2D9", + "0x2461": "0xA2DA", + "0x2462": "0xA2DB", + "0x2463": "0xA2DC", + "0x2464": "0xA2DD", + "0x2465": "0xA2DE", + "0x2466": "0xA2DF", + "0x2467": "0xA2E0", + "0x2468": "0xA2E1", + "0x2469": "0xA2E2", + "0x3220": "0xA2E5", + "0x3221": "0xA2E6", + "0x3222": "0xA2E7", + "0x3223": "0xA2E8", + "0x3224": "0xA2E9", + "0x3225": "0xA2EA", + "0x3226": "0xA2EB", + "0x3227": "0xA2EC", + "0x3228": "0xA2ED", + "0x3229": "0xA2EE", + "0x2160": "0xA2F1", + "0x2161": "0xA2F2", + "0x2162": "0xA2F3", + "0x2163": "0xA2F4", + "0x2164": "0xA2F5", + "0x2165": "0xA2F6", + "0x2166": "0xA2F7", + "0x2167": "0xA2F8", + "0x2168": "0xA2F9", + "0x2169": "0xA2FA", + "0x216A": "0xA2FB", + "0x216B": "0xA2FC", + "0xFF01": "0xA3A1", + "0xFFE5": "0xA3A4", + "0xFF08": "0xA3A8", + "0xFF09": "0xA3A9", + "0xFF0C": "0xA3AC", + "0xFF1A": "0xA3BA", + "0xFF1B": "0xA3BB", + "0xFF1F": "0xA3BF", + "0x2105": "0xA847", + "0x2109": "0xA848", + "0x338E": "0xA94A", + "0x338F": "0xA94B", + "0x339C": "0xA94C", + "0x339D": "0xA94D", + "0x33A1": "0xA94F", + "0x33C4": "0xA950", + "0x33CE": "0xA951", + "0x33D1": "0xA952", + "0x33D2": "0xA953", + "0x33D5": "0xA954", + "0x2121": "0xA959", + "0x554A": "0xB0A1", + "0x963F": "0xB0A2", + "0x57C3": "0xB0A3", + "0x6328": "0xB0A4", + "0x54CE": "0xB0A5", + "0x5509": "0xB0A6", + "0x54C0": "0xB0A7", + "0x7691": "0xB0A8", + "0x764C": "0xB0A9", + "0x853C": "0xB0AA", + "0x77EE": "0xB0AB", + "0x827E": "0xB0AC", + "0x788D": "0xB0AD", + "0x7231": "0xB0AE", + "0x9698": "0xB0AF", + "0x978D": "0xB0B0", + "0x6C28": "0xB0B1", + "0x5B89": "0xB0B2", + "0x4FFA": "0xB0B3", + "0x6309": "0xB0B4", + "0x6697": "0xB0B5", + "0x5CB8": "0xB0B6", + "0x80FA": "0xB0B7", + "0x6848": "0xB0B8", + "0x80AE": "0xB0B9", + "0x6602": "0xB0BA", + "0x76CE": "0xB0BB", + "0x51F9": "0xB0BC", + "0x6556": "0xB0BD", + "0x71AC": "0xB0BE", + "0x7FF1": "0xB0BF", + "0x8884": "0xB0C0", + "0x50B2": "0xB0C1", + "0x5965": "0xB0C2", + "0x61CA": "0xB0C3", + "0x6FB3": "0xB0C4", + "0x82AD": "0xB0C5", + "0x634C": "0xB0C6", + "0x6252": "0xB0C7", + "0x53ED": "0xB0C8", + "0x5427": "0xB0C9", + "0x7B06": "0xB0CA", + "0x516B": "0xB0CB", + "0x75A4": "0xB0CC", + "0x5DF4": "0xB0CD", + "0x62D4": "0xB0CE", + "0x8DCB": "0xB0CF", + "0x9776": "0xB0D0", + "0x628A": "0xB0D1", + "0x8019": "0xB0D2", + "0x575D": "0xB0D3", + "0x9738": "0xB0D4", + "0x7F62": "0xB0D5", + "0x7238": "0xB0D6", + "0x767D": "0xB0D7", + "0x67CF": "0xB0D8", + "0x767E": "0xB0D9", + "0x6446": "0xB0DA", + "0x4F70": "0xB0DB", + "0x8D25": "0xB0DC", + "0x62DC": "0xB0DD", + "0x7A17": "0xB0DE", + "0x6591": "0xB0DF", + "0x73ED": "0xB0E0", + "0x642C": "0xB0E1", + "0x6273": "0xB0E2", + "0x822C": "0xB0E3", + "0x9881": "0xB0E4", + "0x677F": "0xB0E5", + "0x7248": "0xB0E6", + "0x626E": "0xB0E7", + "0x62CC": "0xB0E8", + "0x4F34": "0xB0E9", + "0x74E3": "0xB0EA", + "0x534A": "0xB0EB", + "0x529E": "0xB0EC", + "0x7ECA": "0xB0ED", + "0x90A6": "0xB0EE", + "0x5E2E": "0xB0EF", + "0x6886": "0xB0F0", + "0x699C": "0xB0F1", + "0x8180": "0xB0F2", + "0x7ED1": "0xB0F3", + "0x68D2": "0xB0F4", + "0x78C5": "0xB0F5", + "0x868C": "0xB0F6", + "0x9551": "0xB0F7", + "0x508D": "0xB0F8", + "0x8C24": "0xB0F9", + "0x82DE": "0xB0FA", + "0x80DE": "0xB0FB", + "0x5305": "0xB0FC", + "0x8912": "0xB0FD", + "0x5265": "0xB0FE", + "0x8584": "0xB1A1", + "0x96F9": "0xB1A2", + "0x4FDD": "0xB1A3", + "0x5821": "0xB1A4", + "0x9971": "0xB1A5", + "0x5B9D": "0xB1A6", + "0x62B1": "0xB1A7", + "0x62A5": "0xB1A8", + "0x66B4": "0xB1A9", + "0x8C79": "0xB1AA", + "0x9C8D": "0xB1AB", + "0x7206": "0xB1AC", + "0x676F": "0xB1AD", + "0x7891": "0xB1AE", + "0x60B2": "0xB1AF", + "0x5351": "0xB1B0", + "0x5317": "0xB1B1", + "0x8F88": "0xB1B2", + "0x80CC": "0xB1B3", + "0x8D1D": "0xB1B4", + "0x94A1": "0xB1B5", + "0x500D": "0xB1B6", + "0x72C8": "0xB1B7", + "0x5907": "0xB1B8", + "0x60EB": "0xB1B9", + "0x7119": "0xB1BA", + "0x88AB": "0xB1BB", + "0x5954": "0xB1BC", + "0x82EF": "0xB1BD", + "0x672C": "0xB1BE", + "0x7B28": "0xB1BF", + "0x5D29": "0xB1C0", + "0x7EF7": "0xB1C1", + "0x752D": "0xB1C2", + "0x6CF5": "0xB1C3", + "0x8E66": "0xB1C4", + "0x8FF8": "0xB1C5", + "0x903C": "0xB1C6", + "0x9F3B": "0xB1C7", + "0x6BD4": "0xB1C8", + "0x9119": "0xB1C9", + "0x7B14": "0xB1CA", + "0x5F7C": "0xB1CB", + "0x78A7": "0xB1CC", + "0x84D6": "0xB1CD", + "0x853D": "0xB1CE", + "0x6BD5": "0xB1CF", + "0x6BD9": "0xB1D0", + "0x6BD6": "0xB1D1", + "0x5E01": "0xB1D2", + "0x5E87": "0xB1D3", + "0x75F9": "0xB1D4", + "0x95ED": "0xB1D5", + "0x655D": "0xB1D6", + "0x5F0A": "0xB1D7", + "0x5FC5": "0xB1D8", + "0x8F9F": "0xB1D9", + "0x58C1": "0xB1DA", + "0x81C2": "0xB1DB", + "0x907F": "0xB1DC", + "0x965B": "0xB1DD", + "0x97AD": "0xB1DE", + "0x8FB9": "0xB1DF", + "0x7F16": "0xB1E0", + "0x8D2C": "0xB1E1", + "0x6241": "0xB1E2", + "0x4FBF": "0xB1E3", + "0x53D8": "0xB1E4", + "0x535E": "0xB1E5", + "0x8FA8": "0xB1E6", + "0x8FA9": "0xB1E7", + "0x8FAB": "0xB1E8", + "0x904D": "0xB1E9", + "0x6807": "0xB1EA", + "0x5F6A": "0xB1EB", + "0x8198": "0xB1EC", + "0x8868": "0xB1ED", + "0x9CD6": "0xB1EE", + "0x618B": "0xB1EF", + "0x522B": "0xB1F0", + "0x762A": "0xB1F1", + "0x5F6C": "0xB1F2", + "0x658C": "0xB1F3", + "0x6FD2": "0xB1F4", + "0x6EE8": "0xB1F5", + "0x5BBE": "0xB1F6", + "0x6448": "0xB1F7", + "0x5175": "0xB1F8", + "0x51B0": "0xB1F9", + "0x67C4": "0xB1FA", + "0x4E19": "0xB1FB", + "0x79C9": "0xB1FC", + "0x997C": "0xB1FD", + "0x70B3": "0xB1FE", + "0x75C5": "0xB2A1", + "0x5E76": "0xB2A2", + "0x73BB": "0xB2A3", + "0x83E0": "0xB2A4", + "0x64AD": "0xB2A5", + "0x62E8": "0xB2A6", + "0x94B5": "0xB2A7", + "0x6CE2": "0xB2A8", + "0x535A": "0xB2A9", + "0x52C3": "0xB2AA", + "0x640F": "0xB2AB", + "0x94C2": "0xB2AC", + "0x7B94": "0xB2AD", + "0x4F2F": "0xB2AE", + "0x5E1B": "0xB2AF", + "0x8236": "0xB2B0", + "0x8116": "0xB2B1", + "0x818A": "0xB2B2", + "0x6E24": "0xB2B3", + "0x6CCA": "0xB2B4", + "0x9A73": "0xB2B5", + "0x6355": "0xB2B6", + "0x535C": "0xB2B7", + "0x54FA": "0xB2B8", + "0x8865": "0xB2B9", + "0x57E0": "0xB2BA", + "0x4E0D": "0xB2BB", + "0x5E03": "0xB2BC", + "0x6B65": "0xB2BD", + "0x7C3F": "0xB2BE", + "0x90E8": "0xB2BF", + "0x6016": "0xB2C0", + "0x64E6": "0xB2C1", + "0x731C": "0xB2C2", + "0x88C1": "0xB2C3", + "0x6750": "0xB2C4", + "0x624D": "0xB2C5", + "0x8D22": "0xB2C6", + "0x776C": "0xB2C7", + "0x8E29": "0xB2C8", + "0x91C7": "0xB2C9", + "0x5F69": "0xB2CA", + "0x83DC": "0xB2CB", + "0x8521": "0xB2CC", + "0x9910": "0xB2CD", + "0x53C2": "0xB2CE", + "0x8695": "0xB2CF", + "0x6B8B": "0xB2D0", + "0x60ED": "0xB2D1", + "0x60E8": "0xB2D2", + "0x707F": "0xB2D3", + "0x82CD": "0xB2D4", + "0x8231": "0xB2D5", + "0x4ED3": "0xB2D6", + "0x6CA7": "0xB2D7", + "0x85CF": "0xB2D8", + "0x64CD": "0xB2D9", + "0x7CD9": "0xB2DA", + "0x69FD": "0xB2DB", + "0x66F9": "0xB2DC", + "0x8349": "0xB2DD", + "0x5395": "0xB2DE", + "0x7B56": "0xB2DF", + "0x4FA7": "0xB2E0", + "0x518C": "0xB2E1", + "0x6D4B": "0xB2E2", + "0x5C42": "0xB2E3", + 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"0xF5E7", + "0x8E4A": "0xF5E8", + "0x8E70": "0xF5E9", + "0x8E76": "0xF5EA", + "0x8E7C": "0xF5EB", + "0x8E6F": "0xF5EC", + "0x8E74": "0xF5ED", + "0x8E85": "0xF5EE", + "0x8E8F": "0xF5EF", + "0x8E94": "0xF5F0", + "0x8E90": "0xF5F1", + "0x8E9C": "0xF5F2", + "0x8E9E": "0xF5F3", + "0x8C78": "0xF5F4", + "0x8C82": "0xF5F5", + "0x8C8A": "0xF5F6", + "0x8C85": "0xF5F7", + "0x8C98": "0xF5F8", + "0x8C94": "0xF5F9", + "0x659B": "0xF5FA", + "0x89D6": "0xF5FB", + "0x89DE": "0xF5FC", + "0x89DA": "0xF5FD", + "0x89DC": "0xF5FE", + "0x89E5": "0xF6A1", + "0x89EB": "0xF6A2", + "0x89EF": "0xF6A3", + "0x8A3E": "0xF6A4", + "0x8B26": "0xF6A5", + "0x9753": "0xF6A6", + "0x96E9": "0xF6A7", + "0x96F3": "0xF6A8", + "0x96EF": "0xF6A9", + "0x9706": "0xF6AA", + "0x9701": "0xF6AB", + "0x9708": "0xF6AC", + "0x970F": "0xF6AD", + "0x970E": "0xF6AE", + "0x972A": "0xF6AF", + "0x972D": "0xF6B0", + "0x9730": "0xF6B1", + "0x973E": "0xF6B2", + "0x9F80": "0xF6B3", + "0x9F83": "0xF6B4", + "0x9F85": "0xF6B5", + "0x9F86": "0xF6B6", + "0x9F87": "0xF6B7", + "0x9F88": "0xF6B8", + "0x9F89": "0xF6B9", + "0x9F8A": "0xF6BA", + "0x9F8C": "0xF6BB", + "0x9EFE": "0xF6BC", + "0x9F0B": "0xF6BD", + "0x9F0D": "0xF6BE", + "0x96B9": "0xF6BF", + "0x96BC": "0xF6C0", + "0x96BD": "0xF6C1", + "0x96CE": "0xF6C2", + "0x96D2": "0xF6C3", + "0x77BF": "0xF6C4", + "0x96E0": "0xF6C5", + "0x928E": "0xF6C6", + "0x92AE": "0xF6C7", + "0x92C8": "0xF6C8", + "0x933E": "0xF6C9", + "0x936A": "0xF6CA", + "0x93CA": "0xF6CB", + "0x938F": "0xF6CC", + "0x943E": "0xF6CD", + "0x946B": "0xF6CE", + "0x9C7F": "0xF6CF", + "0x9C82": "0xF6D0", + "0x9C85": "0xF6D1", + "0x9C86": "0xF6D2", + "0x9C87": "0xF6D3", + "0x9C88": "0xF6D4", + "0x7A23": "0xF6D5", + "0x9C8B": "0xF6D6", + "0x9C8E": "0xF6D7", + "0x9C90": "0xF6D8", + "0x9C91": "0xF6D9", + "0x9C92": "0xF6DA", + "0x9C94": "0xF6DB", + "0x9C95": "0xF6DC", + "0x9C9A": "0xF6DD", + "0x9C9B": "0xF6DE", + "0x9C9E": "0xF6DF", + "0x9C9F": "0xF6E0", + "0x9CA0": "0xF6E1", + "0x9CA1": "0xF6E2", + "0x9CA2": "0xF6E3", + "0x9CA3": "0xF6E4", + "0x9CA5": "0xF6E5", + "0x9CA6": "0xF6E6", + "0x9CA7": "0xF6E7", + "0x9CA8": "0xF6E8", + "0x9CA9": "0xF6E9", + "0x9CAB": "0xF6EA", + "0x9CAD": "0xF6EB", + "0x9CAE": "0xF6EC", + "0x9CB0": "0xF6ED", + "0x9CB1": "0xF6EE", + "0x9CB2": "0xF6EF", + "0x9CB3": "0xF6F0", + "0x9CB4": "0xF6F1", + "0x9CB5": "0xF6F2", + "0x9CB6": "0xF6F3", + "0x9CB7": "0xF6F4", + "0x9CBA": "0xF6F5", + "0x9CBB": "0xF6F6", + "0x9CBC": "0xF6F7", + "0x9CBD": "0xF6F8", + "0x9CC4": "0xF6F9", + "0x9CC5": "0xF6FA", + "0x9CC6": "0xF6FB", + "0x9CC7": "0xF6FC", + "0x9CCA": "0xF6FD", + "0x9CCB": "0xF6FE", + "0x9CCC": "0xF7A1", + "0x9CCD": "0xF7A2", + "0x9CCE": "0xF7A3", + "0x9CCF": "0xF7A4", + "0x9CD0": "0xF7A5", + "0x9CD3": "0xF7A6", + "0x9CD4": "0xF7A7", + "0x9CD5": "0xF7A8", + "0x9CD7": "0xF7A9", + "0x9CD8": "0xF7AA", + "0x9CD9": "0xF7AB", + "0x9CDC": "0xF7AC", + "0x9CDD": "0xF7AD", + "0x9CDF": "0xF7AE", + "0x9CE2": "0xF7AF", + "0x977C": "0xF7B0", + "0x9785": "0xF7B1", + "0x9791": "0xF7B2", + "0x9792": "0xF7B3", + "0x9794": "0xF7B4", + "0x97AF": "0xF7B5", + "0x97AB": "0xF7B6", + "0x97A3": "0xF7B7", + "0x97B2": "0xF7B8", + "0x97B4": "0xF7B9", + "0x9AB1": "0xF7BA", + "0x9AB0": "0xF7BB", + "0x9AB7": "0xF7BC", + "0x9E58": "0xF7BD", + "0x9AB6": "0xF7BE", + "0x9ABA": "0xF7BF", + "0x9ABC": "0xF7C0", + "0x9AC1": "0xF7C1", + "0x9AC0": "0xF7C2", + "0x9AC5": "0xF7C3", + "0x9AC2": "0xF7C4", + "0x9ACB": "0xF7C5", + "0x9ACC": "0xF7C6", + "0x9AD1": "0xF7C7", + "0x9B45": "0xF7C8", + "0x9B43": "0xF7C9", + "0x9B47": "0xF7CA", + "0x9B49": "0xF7CB", + "0x9B48": "0xF7CC", + "0x9B4D": "0xF7CD", + "0x9B51": "0xF7CE", + "0x98E8": "0xF7CF", + "0x990D": "0xF7D0", + "0x992E": "0xF7D1", + "0x9955": "0xF7D2", + "0x9954": "0xF7D3", + "0x9ADF": "0xF7D4", + "0x9AE1": "0xF7D5", + "0x9AE6": "0xF7D6", + "0x9AEF": "0xF7D7", + "0x9AEB": "0xF7D8", + "0x9AFB": "0xF7D9", + "0x9AED": "0xF7DA", + "0x9AF9": "0xF7DB", + "0x9B08": "0xF7DC", + "0x9B0F": "0xF7DD", + "0x9B13": "0xF7DE", + "0x9B1F": "0xF7DF", + "0x9B23": "0xF7E0", + "0x9EBD": "0xF7E1", + "0x9EBE": "0xF7E2", + "0x7E3B": "0xF7E3", + "0x9E82": "0xF7E4", + "0x9E87": "0xF7E5", + "0x9E88": "0xF7E6", + "0x9E8B": "0xF7E7", + "0x9E92": "0xF7E8", + "0x93D6": "0xF7E9", + "0x9E9D": "0xF7EA", + "0x9E9F": "0xF7EB", + "0x9EDB": "0xF7EC", + "0x9EDC": "0xF7ED", + "0x9EDD": "0xF7EE", + "0x9EE0": "0xF7EF", + "0x9EDF": "0xF7F0", + "0x9EE2": "0xF7F1", + "0x9EE9": "0xF7F2", + "0x9EE7": "0xF7F3", + "0x9EE5": "0xF7F4", + "0x9EEA": "0xF7F5", + "0x9EEF": "0xF7F6", + "0x9F22": "0xF7F7", + "0x9F2C": "0xF7F8", + "0x9F2F": "0xF7F9", + "0x9F39": "0xF7FA", + "0x9F37": "0xF7FB", + "0x9F3D": "0xF7FC", + "0x9F3E": "0xF7FD", + "0x9F44": "0xF7FE" +} diff --git a/src/processParser/common/bmp.ts b/src/processParser/common/bmp.ts new file mode 100644 index 0000000..d60ee53 --- /dev/null +++ b/src/processParser/common/bmp.ts @@ -0,0 +1,176 @@ +const decoder = new TextDecoder() +export class BmpDecoder { + pos: number + buffer: ArrayBuffer + is_with_alpha: boolean + bottom_up: boolean + flag: string + constructor(buffer: ArrayBuffer, is_with_alpha: boolean) { + this.pos = 0 + this.buffer = buffer + this.is_with_alpha = !!is_with_alpha + this.bottom_up = true + + this.flag = decoder.decode(this.buffer.slice(0, (this.pos += 2))) + + if (this.flag != 'BM') + throw new Error('Invalid BMP File') + // this.parseHeader(); + // this.parseRGBA(); + } + + parseHeader() {} + parseRGBA() {} +} + +export function createBmpFile( + imgData: ImageData, + paramDic: { [key: string]: string } = {}, +) { + let dpi = 300 + let bitPP = paramDic.bpp ? Number(paramDic.bpp) : 24 + let printResolution = Math.round(dpi * 39.3701) + + if ([1, 24, 32].includes(bitPP) == false) { + throw new Error(`不支持的${bitPP}bpp BMP`) + } + + let data = imgData.data + + let width = imgData.width + let height = imgData.height + let extraBytes = width % 4 + let rgbSize = data.length + switch (bitPP) { + case 1: + { + let rowSize = width / 8 + (width % 8 > 0 ? 1 : 0) + extraBytes = rowSize % 4 + rgbSize = height * (rowSize + extraBytes) + } + break + case 24: + { + let rowSize = 3 * width + extraBytes = rowSize % 4 + rgbSize = height * (rowSize + extraBytes) + } + break + } + let headerInfoSize = 40 + + /** ****************header */ + let flag = 'BM' + let reserved = 0 + let offset = 54 + let fileSize = rgbSize + offset + let planes = 1 + + let compress = 0 + let hr = printResolution + let vr = printResolution + let colors = 0 + let importantColors = 0 + let colorPaletteSize = 0 + if (bitPP == 1) { + colorPaletteSize = 2 * 4 + } + let buffer = new ArrayBuffer(offset + colorPaletteSize + rgbSize) + let tempBuffer = new DataView(buffer) + let pos = 0 + + // BMP Header + // ID + tempBuffer.setUint8(pos, flag.charCodeAt(0)) + pos += 1 + tempBuffer.setUint8(pos, flag.charCodeAt(1)) + pos += 1 + // size + tempBuffer.setUint32(pos, fileSize, true) + pos += 4 + + // Application specific + tempBuffer.setUint32(pos, reserved, true) + pos += 4 + // Offset + tempBuffer.setUint32(pos, offset, true) + pos += 4 + + // DIB Header + // Number of bytes in the DIB header (from this point) + tempBuffer.setUint32(pos, headerInfoSize, true) + pos += 4 + + tempBuffer.setUint32(pos, width, true) + pos += 4 + tempBuffer.setUint32(pos, height, true) + pos += 4 + + tempBuffer.setUint16(pos, planes, true) + pos += 2 + tempBuffer.setUint16(pos, bitPP, true) + pos += 2 + + tempBuffer.setUint16(pos, compress, true) + pos += 4 + + tempBuffer.setUint16(pos, rgbSize, true) + pos += 4 + + tempBuffer.setUint16(pos, hr, true) + pos += 4 + tempBuffer.setUint16(pos, vr, true) + pos += 4 + + tempBuffer.setUint16(pos, colors, true) + pos += 4 + tempBuffer.setUint16(pos, importantColors, true) + pos += 4 + + if (bitPP == 1) { + tempBuffer.setUint8(pos++, 0) // b + tempBuffer.setUint8(pos++, 0) // g + tempBuffer.setUint8(pos++, 0) // r + tempBuffer.setUint8(pos++, 0) // a + + tempBuffer.setUint8(pos++, 255) // b + tempBuffer.setUint8(pos++, 255) // g + tempBuffer.setUint8(pos++, 255) // r + tempBuffer.setUint8(pos++, 0) // a + } + + let pixData = '' + let writeBinData = () => { + tempBuffer.setUint8(pos++, Number.parseInt(pixData.padEnd(8, '0'), 2)) + pixData = '' + } + for (let y = height - 1; y >= 0; y--) { + let rowIndex = y * width * 4 + for (let x = 0; x < width; x++) { + let p = rowIndex + x * 4 + + if (bitPP == 1) { + if (pixData.length == 8) { + writeBinData() + } + let rgb = [data[p + 0], data[p + 1], data[p + 2]] + pixData += rgb.filter((v, i) => v > 170).length == 3 ? '1' : '0' // 170 以下小板缩略图条会断 + } else { + tempBuffer.setUint8(pos++, data[p + 2]) // b + tempBuffer.setUint8(pos++, data[p + 1]) // g + tempBuffer.setUint8(pos++, data[p + 0]) // r + if (bitPP == 32) { + tempBuffer.setUint8(pos++, data[p + 3]) // a + } + } + } + if (bitPP == 1 && pixData.length > 0) { + writeBinData() + } + for (let index = 0; index < extraBytes; index++) { + tempBuffer.setUint8(pos++, 0) + } + } + + return tempBuffer.buffer +} diff --git a/src/processParser/common/core/Container.ts b/src/processParser/common/core/Container.ts new file mode 100644 index 0000000..0b065cc --- /dev/null +++ b/src/processParser/common/core/Container.ts @@ -0,0 +1,399 @@ +import { ClipType, PolyFillType } from 'js-angusj-clipper/web' +import type { Paths } from 'js-angusj-clipper/web' +import type { SubjectInput } from 'js-angusj-clipper/web/clipFunctions' +import { Box2 } from '../Box2' +import { clipperCpp } from '../ClipperCpp' +import type { CompareVectorFn } from '../ComparePoint' +import { ComparePoint } from '../ComparePoint' +import { ConvexHull2D } from '../ConvexHull2D' +import type { NestFiler } from '../Filer' +import type { Point } from '../Point' +import { equaln } from '../Util' +import { Vector2 } from '../Vector2' +import { PlaceType } from '../../vo/enums/PlaceType' +import { NestCache } from './NestCache' +import type { Part } from './Part' +import { PartGroup } from './Part' +import type { Path } from './Path' +import { Area, TranslatePath } from './Path' + +/** + * 当零件尝试放置后容器的状态,用于尝试放置,并且尝试贪心 + */ +interface PartPlacedContainerState +{ + p: Point + area?: number + hull?: Point[] + box?: Box2 +} + +/** + * 排料零件的容器,用来放置零件 + * 它是一块大板 + * 也可以是一个网洞 + * 也可以是余料 + */ +export class Container +{ + ParentId: number = -1// 容器bin来源 -1表示默认的bin,大于等于0表示来自板件网洞 + ChildrenIndex: number = 0// 网洞的索引位置 + ParentM: Point// 在旋转网洞时,和非旋转网洞时表现不一样. (网洞相对于父零件的位置,如果是使用旋转网洞则表示网洞的最下角位置) + + PlacedParts: Part[] = [] + // 放置状态 + PlacedArea = 0 + PlacedBox: Box2 + PlacedHull: Point[] + + StatusKey: string + + CompartePoint: CompareVectorFn + constructor(protected BinPath?: Path, private _PlaceType = PlaceType.Box, compare = 'xy') + { + if (BinPath) + this.StatusKey = `${this.BinPath.Id.toString()},${this._PlaceType}` + + this.CompartePoint = ComparePoint(compare) + } + + get UseRatio(): number + { + return this.PlacedBox.area / this.BinPath.Area + } + + private _NotPuts: Set[] = []// 已经无法放置的pathId + + private PrePut(part: Part): PartPlacedContainerState + { + // 无法容纳 + if (this.BinPath.Area - this.PlacedArea < part.State.Contour.Area) + return + + let cacheKey = `${this.StatusKey},${part.State.Contour.Id}` + let cacheP = NestCache.PositionCache[cacheKey] + // 读取缓存位置 + if (cacheP) + { + NestCache.count1++ + return this.Calc(part, cacheP) + } + + let binNfp = this.BinPath.GetInsideNFP(part.State.Contour) + if (!binNfp || binNfp.length === 0) + return + + // 首个 + if (this.PlacedParts.length === 0) + { + let p = this.GetFarLeftP(binNfp) + NestCache.PositionCache[cacheKey] = p + return this.Calc(part, p) + } + + // 快速退出 + let noSet = NestCache.NoPutCache[this.StatusKey] + if (noSet) + this._NotPuts.push(noSet) + for (let set of this._NotPuts) + { + if (set.has(part.State.Contour.Id)) + { + NestCache.count2++ + return + } + } + + let finalNfp = this.GetNFPs(part, binNfp) + if (!finalNfp || finalNfp.length === 0) + { + if (noSet) + noSet.add(part.State.Contour.Id) + else + { + noSet = new Set([part.State.Contour.Id]) + NestCache.NoPutCache[this.StatusKey] = noSet + } + return + } + + // 选择合适的放置点 + let minArea: number = Number.POSITIVE_INFINITY + let translate: Point + let bestBox: Box2 + let bestHull: Point[] + + let tempVec = new Vector2() + for (let nfp of finalNfp) + { + for (let p of nfp) + { + tempVec.set(p.x * 1e-4, p.y * 1e-4) + switch (this._PlaceType) + { + case PlaceType.Box: + { + let box2 = part.State.Contour.BoundingBox.clone() + box2.translate(tempVec) + let rectBox = this.PlacedBox.clone().union(box2) + let size = rectBox.getSize() + let area = size.x * size.y + if (area < minArea || ((equaln(area, minArea, 1)) && this.CompartePoint(p, translate) === -1)) + { + translate = p + minArea = area + bestBox = rectBox + } + break + } + case PlaceType.Hull: + { + let pts = TranslatePath(part.State.Contour.Points, tempVec) + let nhull = ConvexHull2D([...pts, ...this.PlacedHull]) + let area = Math.abs(Area(nhull)) + if (area < minArea || ((equaln(area, minArea, 1)) && this.CompartePoint(p, translate) === -1)) + { + translate = p + minArea = area + bestHull = nhull + } + break + } + case PlaceType.Gravity: + { + if (!translate || this.CompartePoint(p, translate) === -1) + translate = p + + break + } + default: + break + } + } + } + + if (translate) + { + NestCache.PositionCache[cacheKey] = translate + if (!bestBox) + bestBox = this.PlacedBox.clone().union(part.State.Contour.BoundingBox.clone().translate({ x: translate.x * 1e-4, y: translate.y * 1e-4 })) + return { p: translate, area: minArea, box: bestBox, hull: bestHull } + } + } + + private Calc(part: Part, p: Point): PartPlacedContainerState + { + let d: PartPlacedContainerState = { p } + + let m: Point = { x: p.x * 1e-4, y: p.y * 1e-4 } + + if (this.PlacedBox) + d.box = this.PlacedBox.clone().union(part.State.Contour.BoundingBox.clone().translate(m)) + else + d.box = part.State.Contour.BoundingBox.clone().translate(m) + + // 凸包 + if (this._PlaceType === PlaceType.Hull) + { + if (!this.PlacedHull) + { + d.hull = TranslatePath(part.State.Contour.Points, m) + d.area = part.State.Contour.Area + } + else + { + d.hull = ConvexHull2D([...this.PlacedHull, ...TranslatePath(part.State.Contour.Points, m)]) + d.area = Area(d.hull) + } + + d.area = Math.abs(d.area) + } + else + { + d.area = d.box.area + } + return d + } + + PutPart(p: Part, greedy = false): boolean + { + let bestD: PartPlacedContainerState + if (greedy) + { + let bestI: number + for (let i = 0; i < p.RotatedStates.length; i++) + { + p.StateIndex = i + let d = this.PrePut(p) + if (d && (!bestD || bestD.area > d.area + || ( + this._PlaceType === PlaceType.Hull + && equaln(bestD.area, d.area, 0.1) + && d.box.area < bestD.box.area + ) + )) + { + bestD = d + bestI = i + } + } + if (bestD) + p.StateIndex = bestI + } + else + bestD = this.PrePut(p) + + if (bestD) + { + p.PlacePosition = bestD.p + this.PlacedBox = bestD.box ?? this.PlacedBox + this.PlacedHull = bestD.hull + this.AppendPart(p, false) + return true + } + return false + } + + protected GetNFPs(part: Part, binNfp: Point[][]): Paths + { + // 合并(零件和所有已经放置零件的NFP) + let nfps: SubjectInput[] = [] + for (let placedPart of this.PlacedParts) + { + let nfp = placedPart.State.Contour.GetOutsideNFP(part.State.Contour) + if (!nfp) + return + for (let n of nfp) + { + let nnfp = TranslatePath(n, placedPart.PlacePosition) + nfps.push({ data: nnfp, closed: true }) + } + } + // 合并nfp + let combinedNfp = clipperCpp.lib.clipToPaths({ + subjectInputs: nfps, + clipType: ClipType.Union, + subjectFillType: PolyFillType.NonZero, + }) + + combinedNfp = clipperCpp.lib.cleanPolygons(combinedNfp, 100) + + if (combinedNfp.length === 0) + return + + // 减去nfp + let finalNfp = clipperCpp.lib.clipToPaths({ + subjectInputs: [{ data: binNfp, closed: true }], + clipInputs: [{ data: combinedNfp }], + clipType: ClipType.Difference, + subjectFillType: PolyFillType.NonZero, + }) + finalNfp = clipperCpp.lib.cleanPolygons(finalNfp, 100) + return finalNfp + } + + /** + * 将Part添加的Placed列表 + * @param part 零件,已经计算了放置状态 + * @param [calc] 是否计算当前的容器状态? + */ + private AppendPart(part: Part, calc = true): void + { + this.StatusKey += `,${part.State.Contour.Id}` + this.PlacedParts.push(part) + this.PlacedArea += part.State.Contour.Area + let m = { x: part.PlacePosition.x * 1e-4, y: part.PlacePosition.y * 1e-4 } + if (calc) + { + // 凸包 + if (this._PlaceType === PlaceType.Hull) + { + if (!this.PlacedHull) + this.PlacedHull = TranslatePath(part.State.Contour.Points, m) + else + this.PlacedHull = ConvexHull2D(this.PlacedHull.concat(TranslatePath(part.State.Contour.Points, m))) + } + } + if (calc || this._PlaceType !== PlaceType.Box) + { + if (this.PlacedBox) + this.PlacedBox.union(part.State.Contour.BoundingBox.clone().translate(m)) + else + this.PlacedBox = part.State.Contour.BoundingBox.clone().translate(m) + } + } + + /** + * 得到最左边的点 + */ + protected GetFarLeftP(nfp: Point[][]): Point + { + let leftP: Point + for (let path of nfp) + { + for (let p of path) + { + if (!leftP || this.CompartePoint(p, leftP) === -1) + leftP = p + } + } + return leftP + } + + // #region -------------------------File------------------------- + // 对象从文件中读取数据,初始化自身 + ReadFile(file: NestFiler, parts: Part[]) + { + this.ParentId = file.Read() + this.ChildrenIndex = file.Read() + this.ParentM = file.Read() + let count = file.Read() as number + this.PlacedParts = [] + for (let i = 0; i < count; i++) + { + let index = file.Read() as number + let part = parts[index] + part.StateIndex = file.Read() + part.PlacePosition = file.Read() + this.PlacedParts.push(part) + } + + if (!this.PlacedBox) + this.PlacedBox = new Box2() + this.PlacedBox.min.fromArray(file.Read()) + this.PlacedBox.max.fromArray(file.Read()) + + return this + } + + // 对象将自身数据写入到文件. + WriteFile(file: NestFiler) + { + file.Write(this.ParentId) + file.Write(this.ChildrenIndex) + file.Write(this.ParentM) + + let parts: Part[] = [] + for (let p of this.PlacedParts) + { + if (p instanceof PartGroup) + parts.push(...p.Export()) + else + parts.push(p) + } + + file.Write(parts.length) + for (let p of parts) + { + file.Write(p.Id) + file.Write(p.StateIndex) + file.Write(p.PlacePosition) + } + + if (!this.PlacedBox) + this.PlacedBox = new Box2() + file.Write(this.PlacedBox.min.toArray()) + file.Write(this.PlacedBox.max.toArray()) + } + // #endregion +} diff --git a/src/processParser/common/core/GNestConfig.ts b/src/processParser/common/core/GNestConfig.ts new file mode 100644 index 0000000..b2b7b71 --- /dev/null +++ b/src/processParser/common/core/GNestConfig.ts @@ -0,0 +1,5 @@ +export const GNestConfig = { + RotateHole: true, // 在旋转零件的时候旋转网洞 + UsePartGroup: false, // 如果开启这个特性,将在第一次放置零件时,尝试计算完全对插的板件,并且使用它.(基因注册,模范夫妻) + UseOffsetSimplify: true, +} diff --git a/src/processParser/common/core/Individual.ts b/src/processParser/common/core/Individual.ts new file mode 100644 index 0000000..877126e --- /dev/null +++ b/src/processParser/common/core/Individual.ts @@ -0,0 +1,274 @@ +import { arrayLast, arrayRemoveOnce } from '../ArrayExt' +import type { NestFiler } from '../Filer' +import { RandomIndex } from '../Random' +import type { PlaceType } from '../../vo/enums/PlaceType' +import { Container } from './Container' +import { GNestConfig } from './GNestConfig' +import { DefaultComparePointKeys } from './NestDatabase' +import type { Part } from './Part' +import type { Path } from './Path' + +/** + * 个体(表示某一次优化的结果,或者还没开始优化的状态) + * 个体是由一堆零件组成的，零件可以有不同的状态。 + * + * 个体单独变异 + * 可以是某个零件的旋转状态发生改变 + * 可以是零件的顺序发生改变 + * + * 个体交配(感觉暂时不需要) + * 个体和其他个体进行基因交换 + */ +export class Individual { + constructor(public Parts?: Part[], public mutationRate = 0.5, private bin?: Path, private OddmentsBins: Path[] = [], private ComparePointKeys: string[] = DefaultComparePointKeys) { } + + Fitness: number // (评估健康) 大板个数-1 + 最后一块板的利用率 + Containers: Container[] // 大板列表（已排 + HoleContainers: Container[]// 网洞列表 + OddmentsContainers: Container[]// 余料列表 + /** + * 评估健康程度 + */ + Evaluate(bestCount: number, greedy = false, type?: PlaceType) { + if (GNestConfig.RotateHole) + return this.EvaluateOfUseRotateHole(bestCount, greedy, type) + + this.Containers = [] + this.HoleContainers = [] + // 初始化余料列表 + this.OddmentsContainers = this.OddmentsBins.map(path => new Container(path, type ?? RandomIndex(3), this.ComparePointKeys[RandomIndex(2)])) + this.InitHoleContainers() + + // 余料优先 + let parts = this.Parts.filter(p => !this.OddmentsContainers.some(odd => odd.PutPart(p))) + + // 网洞优先 + parts = parts.filter(p => !this.HoleContainers.some(hole => hole.PutPart(p))) + + while (parts.length > 0) { + if (this.Containers.length > bestCount) { + this.Fitness = Math.ceil(bestCount) + 1 + return + } + const container = new Container(this.bin, type ?? RandomIndex(3), this.ComparePointKeys[RandomIndex(2)]) + if (this.mutationRate > 0.5) // 大板优先，可以提高收敛速度 + { + const maxP = parts.reduce((preP, curP) => preP.State.Contour.Area > curP.State.Contour.Area ? preP : curP) + + const PutGroupF = (): boolean => { + // 基因注册 + const nextPartIndex = parts.findIndex(p => p !== maxP) + if (nextPartIndex !== -1) { + const nextPart = parts[nextPartIndex] + const groups = maxP.ParseGroup(nextPart, this.bin) + for (const group of groups) { + if (container.PutPart(group)) { + parts.splice(nextPartIndex, 1) + arrayRemoveOnce(parts, maxP) + return true + } + } + } + return false + } + if (GNestConfig.UsePartGroup && PutGroupF()) { } + else if (container.PutPart(maxP, greedy)) { arrayRemoveOnce(parts, maxP) } + } + parts = parts.filter(p => !container.PutPart(p, greedy)) + if (!greedy)// 如果没有贪心，排完后在贪心一下 + parts = parts.filter(p => !container.PutPart(p, true)) + this.Containers.push(container) + } + this.Fitness = this.Containers.length - 1 + arrayLast(this.Containers)?.UseRatio ?? 0 + } + + /** + * 在网洞利用时,保持纹路正确 + * + * @param bestCount + * @param greedy + * @param type + */ + private EvaluateOfUseRotateHole(bestCount: number, greedy = false, type?: PlaceType) { + // 初始化余料列表 + this.OddmentsContainers = this.OddmentsBins.map(path => new Container(path, type ?? RandomIndex(3), this.ComparePointKeys[RandomIndex(2)])) + + this.Containers = [] + this.HoleContainers = [] + let parts = this.Parts.concat() + while (parts.length > 0) { + if (this.Containers.length > bestCount)// 提前结束,已经超过最佳用板量 + { + this.Fitness = Math.ceil(bestCount) + 1 + return + } + + const container = new Container(this.bin, type ?? RandomIndex(3), this.ComparePointKeys[RandomIndex(2)]) + const holes: Container[] = [] + const PutPart = (part: Part, greedy: boolean): boolean => { + // 先放置在网洞内 + const isOk + = this.OddmentsContainers.some(oc => oc.PutPart(part, greedy)) // 余料 + || holes.some((h) => { + const isOk = h.PutPart(part, greedy) + return isOk + }) // 网洞 + || container.PutPart(part, greedy) // 大板 + + if (isOk) + this.AppendHoles(part, holes) + + return isOk + } + + if (this.mutationRate > 0.5) // 大板优先，可以提高收敛速度 + { + const maxP = parts.reduce((preP, curP) => preP.State.Contour.Area > curP.State.Contour.Area ? preP : curP) + + const PutGroupF = (): boolean => { + // 基因注册 + const nextPartIndex = parts.findIndex(p => p !== maxP) + if (nextPartIndex !== -1) { + const nextPart = parts[nextPartIndex] + const groups = maxP.ParseGroup(nextPart, this.bin) + for (const group of groups) { + if (PutPart(group, greedy)) { + parts.splice(nextPartIndex, 1) + arrayRemoveOnce(parts, maxP) + return true + } + } + } + return false + } + if (GNestConfig.UsePartGroup && PutGroupF()) { } + else if (PutPart(maxP, greedy)) { arrayRemoveOnce(parts, maxP) } + } + + parts = parts.filter(p => !PutPart(p, greedy)) + if (!greedy)// 如果没有贪心，排完后在贪心一下 + parts = parts.filter(p => !PutPart(p, true)) + + if (container.PlacedParts.length) + this.Containers.push(container) + } + this.Fitness = this.Containers.length - 1 + (arrayLast(this.Containers)?.UseRatio ?? 0) + } + + private AppendHoles(part: Part, holes: Container[]) { + for (let i = 0; i < part.Holes.length; i++) { + const hole = part.Holes[i] + const container = new Container(hole.Contour) + container.ParentId = part.Id + container.ChildrenIndex = i + container.ParentM = GNestConfig.RotateHole ? hole.MinPoint : hole.OrigionMinPoint + this.HoleContainers.push(container) + holes.push(container) + } + } + + private InitHoleContainers() { + if (GNestConfig.RotateHole) + return + for (const part of this.Parts) { + for (let i = 0; i < part.Holes.length; i++) { + const hole = part.Holes[i] + const container = new Container(hole.Contour) + container.ParentId = part.Id + container.ChildrenIndex = i + container.ParentM = GNestConfig.RotateHole ? hole.MinPoint : hole.OrigionMinPoint + this.HoleContainers.push(container) + } + } + } + + Clone() { + const p = new Individual(this.Parts.map(p => p.Clone()), this.mutationRate, this.bin, this.OddmentsBins, this.ComparePointKeys) + p.Mutate() + return p + } + + /** + * 突变 + */ + Mutate() { + if (this.mutationRate > 0.5) { + for (let i = 0; i < this.Parts.length; i++) { + const rand = Math.random() + if (rand < this.mutationRate * 0.5) { + // 和下一个调换顺序 + const j = i + 1 + if (j < this.Parts.length) + [this.Parts[i], this.Parts[j]] = [this.Parts[j], this.Parts[i]] + } + if (rand < this.mutationRate) + this.Parts[i].Mutate() + } + } + else { + // 洗牌 + const rand = Math.random() + if (rand < 0.5) { + const index = RandomIndex(this.Parts.length - 2) + const count = Math.ceil(RandomIndex(this.Parts.length - 2 - index) * this.mutationRate * 2) || 1 + const parts = this.Parts.splice(index, count) + this.Parts.push(...parts) + this.Parts[index].Mutate() + } + else { + for (let i = 0; i < this.Parts.length; i++) { + const rand = Math.random() + if (rand < this.mutationRate) { + this.Parts[i].Mutate() + i += 5 + } + } + } + } + + if (this.mutationRate > 0.2) + this.mutationRate -= 0.004 + return this + } + + // #region -------------------------File------------------------- + + // 对象从文件中读取数据,初始化自身 + ReadFile(file: NestFiler) { + const ver = file.Read()// ver + + this.Fitness = file.Read() + let count = file.Read() as number + this.Containers = [] + for (let i = 0; i < count; i++) + this.Containers.push(new Container().ReadFile(file, this.Parts)) + + count = file.Read() + this.HoleContainers = [] + for (let i = 0; i < count; i++) + this.HoleContainers.push(new Container().ReadFile(file, this.Parts)) + + count = file.Read() + this.OddmentsContainers = [] + for (let i = 0; i < count; i++) + this.OddmentsContainers.push(new Container().ReadFile(file, this.Parts)) + } + + // 对象将自身数据写入到文件. + WriteFile(f: NestFiler) { + f.Write(1)// ver + f.Write(this.Fitness) + f.Write(this.Containers.length) + for (const c of this.Containers) + c.WriteFile(f) + + f.Write(this.HoleContainers.length) + for (const c of this.HoleContainers) + c.WriteFile(f) + + f.Write(this.OddmentsContainers.length) + for (const c of this.OddmentsContainers) + c.WriteFile(f) + } + // #endregion +} diff --git a/src/processParser/common/core/NestCache.ts b/src/processParser/common/core/NestCache.ts new file mode 100644 index 0000000..653ad3c --- /dev/null +++ b/src/processParser/common/core/NestCache.ts @@ -0,0 +1,37 @@ +import type { Point } from '../Point' +import { Path } from './Path' + +export class NestCache +{ + static count1 = 0 + static count2 = 0// noset + + static PositionCache: { [key: string]: Point } = {} + static NoPutCache: { [key: string]: Set } = {} + private static CacheRect = new Map() + + /** + * 用于创建原点在0点的矩形路径 + */ + static CreatePath(x: number, y: number, knifRadius = 3.5): Path + { + let minX = -knifRadius + let maxX = x + knifRadius + let minY = -knifRadius + let maxY = y + knifRadius + return new Path([ + { x: minX, y: minY }, + { x: maxX, y: minY }, + { x: maxX, y: maxY }, + { x: minX, y: maxY }, + ]) + } + + static Clear() + { + this.count1 = 0 + this.count2 = 0 + this.CacheRect.clear() + this.PositionCache = {} + } +} diff --git a/src/processParser/common/core/NestDatabase.ts b/src/processParser/common/core/NestDatabase.ts new file mode 100644 index 0000000..5321dc9 --- /dev/null +++ b/src/processParser/common/core/NestDatabase.ts @@ -0,0 +1,82 @@ +import { NestFiler } from '../Filer' +import { Part } from './Part' +import { Path } from './Path' +import { PathGeneratorSingle } from './PathGenerator' + +export const DefaultComparePointKeys = ['xy', 'yx'] + +/** + * 排料数据库,用这个类来序列化需要排料的数据 + * 用于在Work间传输 + */ +export class NestDatabase { + Bin: Path // 默认的容器 + OddmentsBins: Path[]// 余料容器列表 + Paths: Path[] // 所有的Path都在这里 + Parts: Part[] // 所有的零件 + ComparePointKeys: string[] = DefaultComparePointKeys// 用来决定零件靠边模式 + + // #region -------------------------File------------------------- + // 对象从文件中读取数据,初始化自身 + ReadFile(file: NestFiler) { + const ver = file.Read() + let count = file.Read() as number + this.Paths = [] + for (let i = 0; i < count; i++) { + const path = new Path() + path.ReadFile(file) + this.Paths.push(path) + } + this.Bin = this.Paths[file.Read()] + PathGeneratorSingle.paths = this.Paths + count = file.Read() + this.Parts = [] + for (let i = 0; i < count; i++) { + const part = new Part() + part.ReadFile(file) + this.Parts.push(part) + } + + count = file.Read() + this.OddmentsBins = [] + for (let i = 0; i < count; i++) { + const path = new Path() + path.ReadFile(file) + this.OddmentsBins.push(path) + } + + if (ver > 1) + this.ComparePointKeys = file.Read() + return this + } + + // 对象将自身数据写入到文件. + WriteFile(file: NestFiler) { + file.Write(2) + file.Write(this.Paths.length) + for (const path of this.Paths) + path.WriteFile(file) + + file.Write(this.Bin.Id) + file.Write(this.Parts.length) + for (const part of this.Parts) + part.WriteFile(file) + + if (!this.OddmentsBins) + this.OddmentsBins = [] + file.Write(this.OddmentsBins.length) + for (const path of this.OddmentsBins) + path.WriteFile(file) + + file.Write(this.ComparePointKeys) + + return this + } + // #endregion + + get File() { + const f = new NestFiler() + this.WriteFile(f) + return f + } +} diff --git a/src/processParser/common/core/OptimizeMachine.ts b/src/processParser/common/core/OptimizeMachine.ts new file mode 100644 index 0000000..ac79dd0 --- /dev/null +++ b/src/processParser/common/core/OptimizeMachine.ts @@ -0,0 +1,163 @@ +import { arrayRemoveIf } from '../ArrayExt' +import { clipperCpp } from '../ClipperCpp' +import { Sleep } from '../Sleep' +import { Individual } from './Individual' +import { NestCache } from './NestCache' +import { DefaultComparePointKeys } from './NestDatabase' +import type { Part } from './Part' +import type { Path } from './Path' + +/** + * 优化器 + * 配置优化器 + * 放入零件 + * 按下启动 + * 按下暂停 + * 清理机台 + */ +export class OptimizeMachine { + // 配置 + Config: { + PopulationCount: number// 种群个数 + } + + Bin: Path // 默认的容器 + OddmentsBins: Path[]// 余料容器列表 + Parts: Part[] // 所有的零件 + ComparePointKeys: string[] = DefaultComparePointKeys// 用来决定零件靠边模式 + + // //计算重复的零件 TODO:需要对相同的零件提取出来 + // PartCount: number[] = []; + + private _IsSuspend = false + + protected _Individuals: Individual[]// 个体列表 + + constructor() { + this.Config = { PopulationCount: 50 } + } + + // 放入零件 + PutParts(parts: Part[]) { + if (globalThis.document) + parts = parts.slice() + arrayRemoveIf(parts, p => p.RotatedStates.length === 0) + this.Parts = parts + + // //计算重复的零件(暂时不用) + // for (let part of parts) + // { + // let count = this.PartCount[part.Id]; + // this.PartCount[part.Id] = count === undefined ? 1 : (count + 1); + // } + } + + callBack: (i: Individual) => Promise + + // 启动 + async Start() { + if (this.Parts.length === 0) + return + console.log(this.Parts.length) + this._IsSuspend = false + NestCache.Clear() + this.Parts.sort((p1, p2) => p2.State.Contour.Area - p1.State.Contour.Area) + this._Individuals = [new Individual(this.Parts, 0.8, this.Bin, this.OddmentsBins, this.ComparePointKeys)] + for (let i = 1; i < this.Config.PopulationCount; i++) { + const parts = this.Parts.map(p => p.Clone()) + if (i < 3) { + for (let i = parts.length - 1; i > 0; i--) { + const j = Math.floor(Math.random() * (i + 1)); + [parts[i], parts[j]] = [parts[j], parts[i]] + parts[i].Mutate() + } + } + this._Individuals.push(new Individual(parts, 0.8, this.Bin, this.OddmentsBins, this.ComparePointKeys)) + } + // 2.执行 + await this.Run() + } + + calcCount = 0 + best = Number.POSITIVE_INFINITY + bestP: Individual + bestCount = 0 + private async Run() { + console.time('1') + if (this.Parts.length === 0) + return + // 开始自然选择 + while (!this._IsSuspend) // 实验停止信号 + { + const goBack = this.calcCount - this.bestCount > 8000 + // 1.适应环境(放置零件) + for (let i = 0; i < this._Individuals.length; i++) { + if (globalThis.document || !clipperCpp.lib) + await Sleep(0) + const p = this._Individuals[i] + if (this.calcCount < 1000 || this.calcCount % 1000 === 0) + p.Evaluate(this.best, true, i % 3) + else + p.Evaluate(this.best) + + if (!this.bestP || p.Fitness < this.bestP.Fitness) { + this.bestP = p + this.best = p.Fitness + await this.callBack(p) + } + if (goBack) + p.mutationRate = 0.5 + } + + this.calcCount += this._Individuals.length + if (this.calcCount % 100 === 0) { + await Sleep(0) + } + + this._Individuals.sort((i1, i2) => i1.Fitness - i2.Fitness) + const bestP = this._Individuals[0] + // //回调最好的 + // if (bestP.Fitness < this.best) + // { + // this.best = bestP.Fitness; + // this.bestP = bestP; + // // console.timeLog("1", this.best, this.calcCount, NestCache.count1, NestCache.count2); + // if (this.callBack) + // await this.callBack(bestP); + // } + + // 自然选择 + this._Individuals.splice(-10)// 杀死它 + for (let i = 0; i < 4; i++) + this._Individuals.push(bestP.Clone()) + this._Individuals.push(this.bestP.Clone()) + for (let i = 0; i < 3; i++) + this._Individuals.push(this._Individuals[1].Clone()) + for (let i = 0; i < 2; i++) + this._Individuals.push(this._Individuals[2].Clone()) + // 全部突变 + for (const p of this._Individuals) { + if (p.Fitness !== undefined) + p.Mutate() + } + } + } + + // 暂停 + Suspend() { + console.timeEnd('1') + console.log(this.best, this.calcCount, NestCache.count1) + this._IsSuspend = true + console.log('暂停') + } + + // 继续 + Continue() { + this._IsSuspend = false + this.Run() + } + + // 清理机台 + Clear() { + } +} diff --git a/src/processParser/common/core/ParseOddments.ts b/src/processParser/common/core/ParseOddments.ts new file mode 100644 index 0000000..fe00cec --- /dev/null +++ b/src/processParser/common/core/ParseOddments.ts @@ -0,0 +1,238 @@ +import { ClipType, EndType, JoinType, PolyFillType } from 'js-angusj-clipper/web' +import type { ClipInput } from 'js-angusj-clipper/web' +import { Box2 } from '..//Box2' +import { clipperCpp } from '../ClipperCpp' +import type { Container } from './Container' +import { NestCache } from './NestCache' +import { Path, PathScale, TranslatePath, TranslatePath_Self } from './Path' + +const SquarePath = NestCache.CreatePath(60, 60, 0) +const CanPutPaths = [ + NestCache.CreatePath(200, 200, 0), + NestCache.CreatePath(600, 100, 0), + NestCache.CreatePath(100, 600, 0), +] + +/** + * 分析排料结果的余料 + * @param container 排料结果的容器 + * @param binPath 容器的bin + * @param [knifeRadius] 刀半径(以便我们再次偏移) + * @param squarePath 使用一个正方形路径来简化余料轮廓 + * @param canPutPaths 使用可以放置的路径列表来测试余料是否可用,如果可用,则保留 + * @returns Path[] 轮廓的位置存储在OrigionMinPoint中 + */ +export function ParseOddments(container: Container, binPath: Path, knifeRadius: number = 3.5, squarePath: Path = SquarePath, canPutPaths: Path[] = CanPutPaths): Path[] +{ + // 构建轮廓数据 + let partPaths: ClipInput[] = container.PlacedParts.map((part) => + { + // 直接在这里偏移,而不缓存,应该没有性能问题 + let newPts = clipperCpp.lib.offsetToPaths({ + delta: knifeRadius * 1e4, + offsetInputs: [{ data: part.State.Contour.BigIntPoints, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }], + })[0] + + let path = TranslatePath(newPts, { x: part.PlacePosition.x - 5e3, y: part.PlacePosition.y - 5e3 })// 因为移动了0.5,0.5,所以这里也要移动0.5 + return { data: path } + }) + // console.log('构建轮廓数据', partPaths) + // 所有的余料(使用布尔差集) + let oddmentsPolygon = clipperCpp.lib.clipToPolyTree({ + subjectInputs: [{ data: binPath.BigIntPoints, closed: true }], + clipInputs: partPaths, + clipType: ClipType.Difference, + subjectFillType: PolyFillType.NonZero, + }) + + // 现在我们用树状结构,应该不会自交了?(文档写了,返回的结果不可能重叠或者自交) + // 简化结果,避免自交 + // oddmentsPolygon = clipperCpp.lib.simplifyPolygons(oddmentsPolygon); + + function CreatePolygon(minx: number, miny: number, maxx: number, maxy: number) + { + return [ + { x: minx, y: miny }, + { x: maxx, y: miny }, + { x: maxx, y: maxy }, + { x: minx, y: maxy }, + ] + } + + let clipedPaths: Path[] = []// 已经减去网洞投影的余料轮廓列表 + + // 由于手动排版可能造成余料网洞,我们将网洞的盒子投影,然后裁剪余料,避免余料有网洞 + for (let node of oddmentsPolygon.childs) + { + let nodePolygon = node.contour + // 减去网洞 + if (node.childs.length) + { + let box = new Box2().setFromPoints(nodePolygon) + + let childBoxPolygon = node.childs.map((cnode) => + { + let cbox = new Box2().setFromPoints(cnode.contour) + let type = 0// 0左1右2上3下 + let minDist = Number.POSITIVE_INFINITY + + let letftDist = cbox.min.x - box.min.x + let rightDist = box.max.x - cbox.max.x + let topDist = box.max.y - cbox.max.y + let downDist = cbox.min.y - box.min.y + + if (rightDist < letftDist) + { + type = 1 + minDist = rightDist + } + + if (topDist < minDist) + { + type = 2 + minDist = topDist + } + + if (downDist < minDist) + type = 3 + + if (type === 0) + return CreatePolygon(box.min.x, cbox.min.y, cbox.max.x, cbox.max.y) + if (type === 1) + return CreatePolygon(cbox.min.x, cbox.min.y, box.max.x, cbox.max.y) + if (type === 2) + return CreatePolygon(cbox.min.x, cbox.min.y, cbox.max.x, box.max.y) + if (type === 3) + return CreatePolygon(cbox.min.x, box.min.y, cbox.max.x, cbox.max.y) + }) + + let splits = clipperCpp.lib.clipToPaths({ + subjectInputs: [{ data: nodePolygon, closed: true }], + clipInputs: childBoxPolygon.map((polygon) => { return { data: polygon } }), + clipType: ClipType.Difference, + subjectFillType: PolyFillType.NonZero, + }) + + for (let p of splits) + clipedPaths.push(new Path(PathScale(p, 1e-4))) + } + else + clipedPaths.push(new Path(node.contour.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } }))) + } + + let OddmentsPaths: Path[] = [] + for (let polygonPath of clipedPaths) + { + // 先获取内部的nfp + let insideNFPS = polygonPath.GetInsideNFP(squarePath) + + if (!insideNFPS) + continue + + let beferPolygons: ClipInput[] = [] + + for (let nfp of insideNFPS) + { + let nfpPath = new Path(PathScale(nfp, 1e-4)) + // 通过内部nfp还原实际轮廓 + let sumPolygons = clipperCpp.lib.minkowskiSumPath(nfpPath.BigIntPoints, squarePath.BigIntPoints, true) + sumPolygons = clipperCpp.lib.simplifyPolygons(sumPolygons) + + for (let poly of sumPolygons) + { + if (clipperCpp.lib.area(poly) < 0) + continue// 移除内部的,无意义的 + + let tempPath = new Path(poly.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } }))// 这里new一个新的,下面就复用这个 + if (canPutPaths.some(p => tempPath.GetInsideNFP(p)?.length))// 能塞的下指定的轮廓才会被留下 + { + if (beferPolygons.length) + { + // 移动到实际位置 + TranslatePath_Self(poly, (polygonPath.OrigionMinPoint.x + nfpPath.OrigionMinPoint.x) * 1e4, (polygonPath.OrigionMinPoint.y + nfpPath.OrigionMinPoint.y) * 1e4) + + // 在这里裁剪之前的余料轮廓 + let tree = clipperCpp.lib.clipToPolyTree({ + subjectInputs: [{ data: poly, closed: true }], + clipInputs: beferPolygons, + clipType: ClipType.Difference, + subjectFillType: PolyFillType.NonZero, + }) + + for (let node of tree.childs) + { + if (node.childs.length) + continue + + tempPath = new Path(node.contour.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } })) + + // 继续简化 + tempPath = SimplifyPathOfSqPath(tempPath, squarePath) + + if (!tempPath) + continue + + OddmentsPaths.push(tempPath) + + // 偏移2把刀 + let offsetedPolygon = clipperCpp.lib.offsetToPaths({ + delta: knifeRadius * 2e4, + offsetInputs: [{ data: node.contour, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }], + })[0] + beferPolygons.push({ data: offsetedPolygon })// 用于裁剪后续的余料 + } + } + else + { + // 设置轮廓的位置 + tempPath.OrigionMinPoint.x += nfpPath.OrigionMinPoint.x + polygonPath.OrigionMinPoint.x + tempPath.OrigionMinPoint.y += nfpPath.OrigionMinPoint.y + polygonPath.OrigionMinPoint.y + OddmentsPaths.push(tempPath) + + // 将余料轮廓加入到裁剪轮廓中,用于裁剪后续的余料 + if (insideNFPS.length) + { + // 移动到实际位置 + TranslatePath_Self(poly, (polygonPath.OrigionMinPoint.x + nfpPath.OrigionMinPoint.x) * 1e4, (polygonPath.OrigionMinPoint.y + nfpPath.OrigionMinPoint.y) * 1e4) + // 偏移2把刀 + let offsetedPolygon = clipperCpp.lib.offsetToPaths({ + delta: knifeRadius * 2e4, + offsetInputs: [{ data: poly, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }], + })[0] + beferPolygons.push({ data: offsetedPolygon })// 用于裁剪后续的余料 + } + } + } + } + } + } + // console.log('ParseOddments end', OddmentsPaths) + return OddmentsPaths +} + +// 使用矩形轮廓来简化余料轮廓(通常一进一出) +function SimplifyPathOfSqPath(polygonPath: Path, sqPath: Path): Path | undefined +{ + // 先获取内部的nfp + let insideNFPS = polygonPath.GetInsideNFP(sqPath) + if (insideNFPS.length > 0)// 目前一般只有1个,不知道会不会有多个 + { + let nfp = insideNFPS[0] + let nfpPath = new Path(PathScale(nfp, 1e-4)) + // 通过内部nfp还原实际轮廓 + let sumPolygons = clipperCpp.lib.minkowskiSumPath(nfpPath.BigIntPoints, sqPath.BigIntPoints, true) + sumPolygons = clipperCpp.lib.simplifyPolygons(sumPolygons) + + for (let poly of sumPolygons)// 通常是一个内部的+一个外部的 + { + if (clipperCpp.lib.area(poly) < 0) + continue// 移除内部的,无意义的 + + let tempPath = new Path(PathScale(poly, 1e-4)) + + tempPath.OrigionMinPoint.x += nfpPath.OrigionMinPoint.x + polygonPath.OrigionMinPoint.x + tempPath.OrigionMinPoint.y += nfpPath.OrigionMinPoint.y + polygonPath.OrigionMinPoint.y + return tempPath + } + } +} diff --git a/src/processParser/common/core/Part.ts b/src/processParser/common/core/Part.ts new file mode 100644 index 0000000..bda223e --- /dev/null +++ b/src/processParser/common/core/Part.ts @@ -0,0 +1,394 @@ +import type { Box2 } from '../Box2' +import type { NestFiler } from '../Filer' +import type { Point } from '../Point' +import { RandomIndex } from '../Random' +import { FixIndex } from '../Util' +import { Vector2 } from '../Vector2' +import { GNestConfig } from './GNestConfig' +import { NestCache } from './NestCache' +import { PartState } from './PartState' +import { Path } from './Path' +import { PathGeneratorSingle } from './PathGenerator' + +const EmptyArray = [] + +/** + * 零件类 + * 零件类可以绑定数据，也存在位置和旋转状态的信息 + * + * 初始化零件： + * 传入零件的轮廓，刀半径，包围容器（或者为空？） + * 初始化用于放置的轮廓。将轮廓首点移动到0点，记录移动的点P。 + * + * 零件放置位置： + * 表示零件轮廓首点的位置。 + * + * 零件的旋转： + * 表示零件轮廓按照首点（0）旋转。 + * + * 还原零件的放置状态： + * 同样将零件移动到0点 + * 同样将零件旋转 + * 同样将零件移动到指定的位置 + * 零件可能处于容器中，变换到容器坐标系 + * + */ +export class Part +{ + Id: number// 用于确定Part的唯一性,并且有助于在其他Work中还原 + private _Holes: PartState[] = [] + _RotateHoles: PartState[][] = [] + // 零件的不同旋转状态,这个数组会在所有的状态间共享,以便快速切换状态 + StateIndex = 0 // 旋转状态 + RotatedStates: PartState[] = []// 可能的旋转状态列表 + PlacePosition: Point // 放置位置(相对于容器的位置) + + HolePosition: Point// + + // #region 临时数据(不会被序列化到优化线程) + UserData: T// 只用于还原零件的显示状态(或者关联到实际数据) + Parent: Part// 如果这个零件放置在了网洞中,这个Parent表示这个网洞所属的零件,我们可以得到这个零件的放置信息，并且可以从Container中的ParentM得到网洞相对于零件的位置 + PlaceCS: Matrix// 放置矩阵 Matrix4 + PlaceIndex: number// 放置的大板索引 + // #endregion + + GroupMap: { [key: number]: Part[] } = {} + get State(): PartState // 零件当前的状态 + { + return this.RotatedStates[this.StateIndex] + } + + get Holes(): PartState[] + { + if (GNestConfig.RotateHole) + return this._RotateHoles[this.StateIndex] || EmptyArray + return this._Holes + } + + // 初始化零件的各个状态,按360度旋转个数 + Init(path: Path, bin: Path, rotateCount = 4): this + { + let rotations: number[] = [] + let a = 2 * Math.PI / rotateCount + for (let i = 0; i < rotateCount; i++) + { + rotations.push(a * i) + } + this.Init2(path, bin, rotations) + return this + } + + // 初始化零件的各个状态,按旋转角度表 + Init2(path: Path, bin: Path, rotations: number[] = []): this + { + let pathP = path.OrigionMinPoint + let path_0 = PathGeneratorSingle.Allocate(path) + let pathSet = new Set() + + // 初始化零件的状态集合 + for (let pa of rotations) + { + let partState = new PartState() + partState.Rotation = pa + if (pa === 0) + { + partState.Contour = path_0 + partState.OrigionMinPoint = pathP + partState.MinPoint = path.OrigionMinPoint + } + else + { + let path_r = new Path(path.Points, pa) + partState.Contour = PathGeneratorSingle.Allocate(path_r) + partState.Contour.Area = path_0.Area + // 避免重复的Path进入State + if (pathSet.has(partState.Contour)) + continue + let p0 = path_r.OrigionMinPoint + let c = Math.cos(-pa) + let s = Math.sin(-pa) + let x1 = p0.x * c - p0.y * s + let y1 = p0.x * s + p0.y * c + partState.OrigionMinPoint = new Vector2(pathP.x + x1, pathP.y + y1) + + // 计算正确的最小点 + let tempPath = new Path(path.OrigionPoints, pa) + partState.MinPoint = tempPath.OrigionMinPoint + } + // 记录已有Path + pathSet.add(partState.Contour) + // 必须能放置 + if (bin.GetInsideNFP(partState.Contour)) + { + this.RotatedStates.push(partState) + PathGeneratorSingle.RegisterId(partState.Contour) + } + } + + // 为了复用NFP,不管第0个Path是否可用,都注册它. + if (this.RotatedStates.length > 4) + PathGeneratorSingle.RegisterId(path_0) + return this + } + + ParseGroup(partOther: Part, bin: Path): Part[] + { + let arr = this.GroupMap[partOther.Id] + if (arr) + return arr + + arr = [] + if (this.Holes.length || partOther.Holes.length) + return arr + this.GroupMap[partOther.Id] = arr + if (this.State.Contour.IsRect || partOther.State.Contour.IsRect) + return arr + if (this.State.Contour.Area > this.State.Contour.BoundingBox.area * 0.9) + return arr + if (partOther.State.Contour.Area > partOther.State.Contour.BoundingBox.area * 0.9) + return arr + + for (let i = 0; i < this.RotatedStates.length; i++) + { + let s1 = this.RotatedStates[i] + for (let j = 1; j < partOther.RotatedStates.length; j++) + { + let s2 = partOther.RotatedStates[j] + let nfps = s1.Contour.GetOutsideNFP(s2.Contour) + for (let nfp of nfps) + { + for (let k = 0; k < nfp.length * 2; k++) + { + let p: Point + if (k % 2 === 0) + { + p = { ...nfp[k / 2] } + } + else + { + let p1 = nfp[FixIndex(k / 2 - 0.5, nfp)] + let p2 = nfp[FixIndex(k / 2 + 0.5, nfp)] + p = { x: p1.x + p2.x, y: p1.y + p2.y } + p.x *= 0.5 + p.y *= 0.5 + } + p.x *= 1e-4 + p.y *= 1e-4 + + let newBox = s2.Contour.BoundingBox.clone().translate(p) + newBox.union(s1.Contour.BoundingBox) + + if (newBox.area < (s1.Contour.Area + s2.Contour.Area) * 1.3) + { + let partGroup = new PartGroup(this, partOther, i, j, p, newBox, bin) + if (partGroup.RotatedStates.length > 0 + && !arr.some(p => p.State.Contour === partGroup.State.Contour)// 类似的 + ) + { + arr.push(partGroup) + return arr + } + } + } + } + } + } + return arr + } + + // 添加网洞 + AppendHole(path: Path) + { + let hole = new PartState() + hole.Contour = PathGeneratorSingle.Allocate(path) + PathGeneratorSingle.RegisterId(hole.Contour) + hole.OrigionMinPoint = path.OrigionMinPoint + hole.Rotation = 0 + this._Holes.push(hole) + + if (GNestConfig.RotateHole) + for (let i = 0; i < this.RotatedStates.length; i++) + { + let r = this.RotatedStates[i].Rotation + let arr = this._RotateHoles[i] + if (!arr) + { + arr = [] + this._RotateHoles[i] = arr + } + + if (r === 0) + { + hole.MinPoint = path.OrigionMinPoint + arr.push(hole) + } + else + { + let newPath = new Path(path.Points, r) + let newHole = new PartState() + newHole.Rotation = r + newHole.Contour = PathGeneratorSingle.Allocate(newPath) + PathGeneratorSingle.RegisterId(newHole.Contour) + newHole.OrigionMinPoint = newPath.OrigionMinPoint + + // 计算正确的最小点 + let tempPath = new Path(path.OrigionPoints, r) + newHole.MinPoint = tempPath.OrigionMinPoint + + arr.push(newHole) + } + } + } + + // TODO:因为现在实现的是左右翻转,所以会出现角度匹配不完全的问题(缺失上下翻转) + Mirror(doubleFace: boolean) + { + let states = this.RotatedStates + let holes = this._Holes + let roholes = this._RotateHoles + if (!doubleFace) + { + this.RotatedStates = [] + this._Holes = [] + this._RotateHoles = [] + } + let count = states.length + for (let i = 0; i < count; i++) + { + let s = states[i] + let ns = s.Mirror() + if (ns && !this.RotatedStates.some(state => state.Contour === s.Contour)) + { + this.RotatedStates.push(ns) + + if (this._Holes.length > 0) + this._Holes.push(holes[i].Mirror()) + + if (this._RotateHoles.length > 0) + this._RotateHoles.push(roholes[i].map(s => s.Mirror())) + } + } + } + + // 浅克隆 + Clone() + { + let part = new Part() + part.Id = this.Id + part.UserData = this.UserData + part.RotatedStates = this.RotatedStates + part.StateIndex = this.StateIndex + part._Holes = this._Holes + part._RotateHoles = this._RotateHoles + return part + } + + // 旋转起来,改变自身旋转状态(变异) + Mutate(): this + { + this.StateIndex = RandomIndex(this.RotatedStates.length, this.StateIndex) + return this + } + + // #region -------------------------File------------------------- + ReadFile(file: NestFiler) + { + this.Id = file.Read() + let count = file.Read() as number + this.RotatedStates = [] + for (let i = 0; i < count; i++) + { + let state = new PartState() + state.ReadFile(file) + this.RotatedStates.push(state) + } + + // 无旋转网洞 + count = file.Read() + this._Holes = [] + for (let i = 0; i < count; i++) + { + let state = new PartState() + state.ReadFile(file) + this._Holes.push(state) + } + + // 旋转网洞 + count = file.Read() + this._RotateHoles = [] + for (let i = 0; i < count; i++) + { + let count2 = file.Read() as number + + let holes: PartState[] = [] + for (let j = 0; j < count2; j++) + { + let state = new PartState() + state.ReadFile(file) + holes.push(state) + } + this._RotateHoles.push(holes) + } + } + + WriteFile(file: NestFiler) + { + file.Write(this.Id) + file.Write(this.RotatedStates.length) + for (let state of this.RotatedStates) + state.WriteFile(file) + + // 非旋转网洞 + file.Write(this._Holes.length) + for (let hole of this._Holes) + hole.WriteFile(file) + + // 写入旋转网洞 + file.Write(this._RotateHoles.length) + for (let holes of this._RotateHoles) + { + file.Write(holes.length) + for (let hole of holes) + { + hole.WriteFile(file) + } + } + } + // #endregion +} + +// 零件组合 +export class PartGroup extends Part +{ + constructor(public part1: Part, + public part2: Part, + public index1: number, + public index2: number, + public p: Point, + public box: Box2, + bin: Path, + ) + { + super() + let size = box.getSize(new Vector2()) + this.Init2(NestCache.CreatePath(size.x, size.y, 0), bin, [0]) + } + + Export(): Part[] + { + this.part1.StateIndex = this.index1 + this.part2.StateIndex = this.index2 + + this.part1.PlacePosition = { + x: this.PlacePosition.x - this.box.min.x * 1e4, + y: this.PlacePosition.y - this.box.min.y * 1e4, + } + + this.part2.PlacePosition = { + x: this.PlacePosition.x - this.box.min.x * 1e4 + this.p.x * 1e4, + y: this.PlacePosition.y - this.box.min.y * 1e4 + this.p.y * 1e4, + } + + return [this.part1, this.part2] + } +} diff --git a/src/processParser/common/core/PartState.ts b/src/processParser/common/core/PartState.ts new file mode 100644 index 0000000..fe976c7 --- /dev/null +++ b/src/processParser/common/core/PartState.ts @@ -0,0 +1,61 @@ +import type { Point } from '../Point' +import type { NestFiler } from '../Filer' +import { Path } from './Path' +import { PathGeneratorSingle } from './PathGenerator' + +/** + * 用于存放零件旋转后的状态 + * 记录了用于放置时的轮廓。该轮廓总是首点等于0，便于放置时的计算。 + */ +export class PartState +{ + Rotation: number + OrigionMinPoint: Point// 使用 Rotation(O - OrigionMinPoint) 将零件变换到和排料矩形状态相同的状态,然后使用PlacePoint(O)将零件设置到正确的状态 + + MinPoint: Point// 这个状态下的最小点 + Contour: Path// 轮廓 + + IsMirror: boolean = false + MirrorOriginMinPoint: Point + + Mirror(): PartState + { + if (this.Contour.IsRect) + return + + let mpts = this.Contour.Points.map((p) => { return { x: -p.x, y: p.y } }).reverse() + let path = new Path(mpts, 0) + let partState = new PartState() + partState.Contour = PathGeneratorSingle.Allocate(path) + PathGeneratorSingle.RegisterId(partState.Contour) + partState.Rotation = this.Rotation + partState.OrigionMinPoint = this.OrigionMinPoint + partState.MinPoint = this.MinPoint + partState.IsMirror = true + partState.MirrorOriginMinPoint = path.OrigionMinPoint + return partState + } + + // #region -------------------------File------------------------- + ReadFile(file: NestFiler) + { + this.Rotation = file.Read() + this.OrigionMinPoint = file.Read() + this.MinPoint = file.Read() + + let index = file.Read() as number + this.Contour = PathGeneratorSingle.paths[index] + + if (!this.Contour) + console.error('无法得到PartState的轮廓!') + } + + WriteFile(file: NestFiler) + { + file.Write(this.Rotation) + file.Write(this.OrigionMinPoint) + file.Write(this.MinPoint) + file.Write(this.Contour.Id) + } + // #endregion +} diff --git a/src/processParser/common/core/Path.ts b/src/processParser/common/core/Path.ts new file mode 100644 index 0000000..093fc73 --- /dev/null +++ b/src/processParser/common/core/Path.ts @@ -0,0 +1,381 @@ +import { Box2 } from '../Box2.js' +import { clipperCpp } from '../ClipperCpp.js' +import type { NestFiler } from '../Filer.js' +import type { Point } from '../Point.js' +import { equaln } from '../Util.js' +import { Vector2 } from '../Vector2.js' + +/** + * 轮廓路径类 + * 可以求NFP，和保存NFPCahce + * 因为NFP结果是按照最低点移动的,所以将点旋转后,按照盒子将点移动到0点. + */ +export class Path +{ + Id: number + Points: Point[] + OutsideNFPCache: { [key: number]: Point[][] } = {} + InsideNFPCache: { [key: number]: Point[][] } = {} + + constructor(public OrigionPoints?: Point[], rotation: number = 0) + { + if (OrigionPoints) + this.Init(OrigionPoints, rotation) + } + + Origion: Path + // 点表在旋转后的原始最小点.使用这个点将轮廓移动到0点 + OrigionMinPoint: Vector2 + Rotation: number + + Size: Vector2// 序列化 + private Init(origionPoints: Point[], rotation: number) + { + this.Rotation = rotation + if (rotation === 0) + this.Points = origionPoints.map((p) => { return { ...p } }) + else + { + let c = Math.cos(rotation) + let s = Math.sin(rotation) + + let npts: Point[] = [] + for (let p of origionPoints) + { + let x = p.x + let y = p.y + const x1 = x * c - y * s + const y1 = x * s + y * c + npts.push({ x: x1, y: y1 }) + } + this.Points = npts + } + + let box = new Box2() + let v2 = new Vector2() + for (let p of this.Points) + { + v2.x = p.x + v2.y = p.y + box.expandByPoint(v2) + } + + this.OrigionMinPoint = box.min + this.Size = box.max.sub(box.min) + + for (let p of this.Points) + { + p.x -= box.min.x + p.y -= box.min.y + } + } + + GetNFPs(path: Path, outside: boolean): Point[][] + { + // 寻找内轮廓时,面积应该比本path小,这个判断移交给使用者自己判断 + // if (!outside && this.Area < path.Area) return []; + let nfps = clipperCpp.lib.minkowskiSumPath(this.BigIntPoints, path.MirrorPoints, true) + + // 必须删除自交,否则将会出错 + nfps = clipperCpp.lib.simplifyPolygons(nfps) + nfps = nfps.filter((nfp) => + { + let area = Area(nfp) + // if (area > 1) return outside;//第一个不一定是外轮廓,但是面积为正时肯定为外轮廓 (因为使用了简化多段线,所以这个代码已经不能有了) + if (Math.abs(area) < 10) + return false// 应该不用在移除这个了 + + let { x, y } = nfp[0] + if (outside) + { + if (this.Area > path.Area) + { + let p = { x: path.InPoint.x + x, y: path.InPoint.y + y } + if (p.x < 0 || p.y < 0 || p.x > this.BigSize.x || p.y > this.BigSize.y) + return true + let dir = clipperCpp.lib.pointInPolygon(p, this.BigIntPoints) + return dir === 0 + } + else + { + let p = { x: this.InPoint.x - x, y: this.InPoint.y - y } + if (p.x < 0 || p.y < 0 || p.x > path.BigSize.x || p.y > path.BigSize.y) + return true + let dir = clipperCpp.lib.pointInPolygon(p, path.BigIntPoints) + return dir === 0 + } + } + else + { + let p = { x: path.InPoint.x + x, y: path.InPoint.y + y } + if (p.x < 0 || p.y < 0 || p.x > this.BigSize.x || p.y > this.BigSize.y) + return false + let dir = clipperCpp.lib.pointInPolygon(p, this.BigIntPoints) + return dir === 1 + } + }) + return nfps + } + + GetOutsideNFP(path: Path): Point[][] + { + let nfps = this.OutsideNFPCache[path.Id] + if (nfps) + return nfps + + if (this.IsRect && path.IsRect) + { + let [ax, ay] = [this.Size.x * 1e4, this.Size.y * 1e4] + let [bx, by] = [path.Size.x * 1e4, path.Size.y * 1e4] + nfps = [[ + { x: -bx, y: -by }, + { x: ax, y: -by }, + { x: ax, y: ay }, + { x: -bx, y: ay }, + ]] + } + else + nfps = this.GetNFPs(path, true) + this.OutsideNFPCache[path.Id] = nfps + // 虽然有这种神奇的特性，但是好像并不会提高性能。 + // path.OutsideNFPCache[this.id] = (this, nfps.map(nfp => + // { + // return nfp.map(p => + // { + // return { x: -p.x, y: -p.y }; + // }); + // })); + return nfps + } + + GetInsideNFP(path: Path): Point[][] + { + if (path.Area > this.Area) + return + let nfp = this.InsideNFPCache[path.Id] + if (nfp) + return nfp + + let nfps: Point[][] + if (this.IsRect) + { + let [ax, ay] = [this.Size.x * 1e4, this.Size.y * 1e4] + let [bx, by] = [path.Size.x * 1e4, path.Size.y * 1e4] + + let l = ax - bx + let h = ay - by + + const MinNumber = 200// 清理的数值是100,所以200是可以接受的, 200=0.020问题不大(过盈配合) + if (l < -MinNumber || h < -MinNumber) + return + + if (l < MinNumber) + l = MinNumber + else + l += MinNumber + + if (h < MinNumber) + h = MinNumber + else + h += MinNumber + + nfps = [[ + { x: 0, y: 0 }, + { x: l, y: 0 }, + { x: l, y: h }, + { x: 0, y: h }, + ]] + } + else + nfps = this.GetNFPs(path, false) + + if (path.Id !== undefined) + this.InsideNFPCache[path.Id] = nfps + return nfps + } + + private _InPoint: Point + + /** + * 用这个点来检测是否在Path内部 + */ + private get InPoint() + { + if (this._InPoint) + return this._InPoint + let mp = { x: (this.Points[0].x + this.Points[1].x) / 2, y: (this.Points[0].y + this.Points[1].y) / 2 } + let normal = new Vector2(this.Points[1].x - this.Points[0].x, this.Points[1].y - this.Points[0].y).normalize() + // [normal.x, normal.y] = [normal.y, -normal.x]; + mp.x -= normal.y + mp.y += normal.x + + mp.x *= 1e4 + mp.y *= 1e4 + this._InPoint = mp + return mp + } + + protected _BigIntPoints: Point[] + get BigIntPoints() + { + if (this._BigIntPoints) + return this._BigIntPoints + this._BigIntPoints = this.Points.map((p) => + { + return { + x: Math.round(p.x * 1e4), + y: Math.round(p.y * 1e4), + } + }) + return this._BigIntPoints + } + + private _BigSize: Vector2 + get BigSize() + { + if (this._BigSize) + return this._BigSize + this._BigSize = new Vector2(this.Size.x * 1e4, this.Size.y * 1e4) + return this._BigSize + } + + protected _MirrorPoints: Point[] + get MirrorPoints() + { + if (!this._MirrorPoints) + this._MirrorPoints = this.BigIntPoints.map((p) => + { + return { x: -p.x, y: -p.y } + }) + + return this._MirrorPoints + } + + protected _BoundingBox: Box2 + get BoundingBox() + { + if (!this._BoundingBox) + { + this._BoundingBox = new Box2(new Vector2(), this.Size) + } + return this._BoundingBox + } + + protected _Area: number + get Area() + { + if (this._Area === undefined) + this._Area = Area(this.Points) + return this._Area + } + + set Area(a: number) + { + this._Area = a + } + + private _IsRect: boolean + get IsRect() + { + if (this._IsRect === undefined) + { + let s = this.BoundingBox.getSize(new Vector2()) + this._IsRect = equaln(this.Area, s.x * s.y, 1) + } + return this._IsRect + } + + ReadFile(file: NestFiler): void + { + let ver = file.Read() + this.Id = file.Read() + let arr = file.Read() + this.Points = [] + for (let i = 0; i < arr.length; i += 2) + { + let p = { x: arr[i], y: arr[i + 1] } + this.Points.push(p) + } + + this.Size = new Vector2(file.Read(), file.Read()) + this._Area = file.Read() + let id = file.Read() + if (id !== -1) + { + this.Origion = id + this.Rotation = file.Read() + this.OrigionMinPoint = new Vector2(file.Read(), file.Read()) + } + } + + WriteFile(file: NestFiler): void + { + file.Write(1)// ver + file.Write(this.Id) + let arr: number[] = [] + for (let p of this.Points) + arr.push(p.x, p.y) + file.Write(arr) + + file.Write(this.Size.x) + file.Write(this.Size.y) + file.Write(this._Area) + if (this.Origion && this.Origion.Id) + { + // 如果有原始的id,则传递它,以便后续进行NFP复用. + file.Write(this.Origion.Id) + file.Write(this.Rotation) + file.Write(this.OrigionMinPoint.x) + file.Write(this.OrigionMinPoint.y) + } + else + file.Write(-1) + } +} + +// 点表面积 +export function Area(pts: Point[]): number +{ + let cnt = pts.length + if (cnt < 3) + return 0 + let a = 0 + for (let i = 0, j = cnt - 1; i < cnt; ++i) + { + a += (pts[j].x + pts[i].x) * (pts[j].y - pts[i].y) + j = i + } + return -a * 0.5 +} + +/** + * 平移点表,返回新点表 + */ +export function TranslatePath(pts: Point[], p: Point): Point[] +{ + return pts.map((px) => + { + return { x: p.x + px.x, y: p.y + px.y } + }) +} + +export function TranslatePath_Self(pts: Point[], mx: number, my: number): Point[] +{ + for (let pt of pts) + { + pt.x += mx + pt.y += my + } + return pts +} + +// 缩放点表,返回原始点表 +export function PathScale(pts: Point[], scale: number): Point[] +{ + for (let p of pts) + { + p.x *= scale + p.y *= scale + } + return pts +} diff --git a/src/processParser/common/core/PathGenerator.ts b/src/processParser/common/core/PathGenerator.ts new file mode 100644 index 0000000..7a5381a --- /dev/null +++ b/src/processParser/common/core/PathGenerator.ts @@ -0,0 +1,87 @@ +import { FixIndex, equaln } from '../Util' +import type { Path } from './Path' + +/** + * 轮廓路径构造器 + * 传递一组简化后的点表过来，如果已经有同样的点表时，返回已经生产的Path，避免重复产生Path。 + * 使用相同的PATH有复用路径缓存。 + * + * 每次进行优化时，必须清理构造器，保证Path生成是对本次优化唯一。 + */ +class PathGenerator +{ + paths: Path[] = [] + pathAreaMap: { [key: string]: Path[] } = {} + + // 缓存命中次数 + cacheCount = 0 + + /** + * 如果存在同样的轮廓，则返回已经构造的轮廓， + * 如果没有，则返回自身，并且注册它。 + * 如果id没有被注册,那么证明它无法放置在bin中 + */ + Allocate(path: Path): Path + { + let area = path.Area.toFixed(0) + let paths = this.pathAreaMap[area] + if (paths) + { + for (let ps of paths) + { + if (EqualPath(ps, path)) + { + this.cacheCount++ + return ps + } + } + paths.push(path) + } + else + this.pathAreaMap[area] = [path] + return path + } + + RegisterId(path: Path) + { + if (path.Id === undefined) + { + path.Id = this.paths.length + this.paths.push(path) + } + } + + Clear() + { + this.paths = [] + this.pathAreaMap = {} + this.cacheCount = 0 + } +} + +/** + * 两路径相等,点表个数相等且每个点都相似 + */ +function EqualPath(path1: Path, path2: Path): boolean +{ + if (path1.Points.length !== path2.Points.length) + return false + + let p0 = path1.Points[0] + let p2Index = path2.Points.findIndex((p) => + { + return equaln(p.x, p0.x, 1e-3) && equaln(p.y, p0.y, 1e-3) + }) + + for (let i = 0; i < path1.Points.length; i++) + { + let p1 = path1.Points[i] + let p2 = path2.Points[FixIndex(p2Index + i, path2.Points)] + + if (!equaln(p1.x, p2.x, 1e-4) || !equaln(p1.y, p2.y, 1e-4)) + return false + } + return true +} + +export const PathGeneratorSingle = new PathGenerator() diff --git a/src/processParser/common/core/PlaceType.ts b/src/processParser/common/core/PlaceType.ts new file mode 100644 index 0000000..6322309 --- /dev/null +++ b/src/processParser/common/core/PlaceType.ts @@ -0,0 +1,11 @@ + +/**排牌类型：Hull=0凸包模式 (凸包面积) Box=1盒子模式 (长x宽) Gravity=2重力模式(重力) */ +export enum PlaceType +{ + /**凸包模式 (凸包面积) */ + Hull = 0, + /**盒子模式 (长乘以宽) */ + Box = 1, + /**重力模式(重力) */ + Gravity = 2 +} diff --git a/src/processParser/common/decorators/json.ts b/src/processParser/common/decorators/json.ts new file mode 100644 index 0000000..0f27000 --- /dev/null +++ b/src/processParser/common/decorators/json.ts @@ -0,0 +1,31 @@ +import 'reflect-metadata' + +export const jsonOptionMataDataKey = Symbol('JsonOptions') + +export enum JsonOptionType + { + Ignore = 0, + Property = 1, +} + +export class JsonOption +{ + constructor(type: JsonOptionType, data: any = null) + { + this.type = type + this.data = data + } + + type: JsonOptionType + data: any +} + +export function jsonProperty(key: string | number) +{ + return Reflect.metadata(jsonOptionMataDataKey, new JsonOption(JsonOptionType.Property, { key })) +} + +export function jsonIgnore() +{ + return Reflect.metadata(jsonOptionMataDataKey, new JsonOption(JsonOptionType.Ignore)) +} diff --git a/src/processParser/common/decorators/model.ts b/src/processParser/common/decorators/model.ts new file mode 100644 index 0000000..a6d99de --- /dev/null +++ b/src/processParser/common/decorators/model.ts @@ -0,0 +1,39 @@ +import 'reflect-metadata' + +const displayMetadataKey = Symbol('display') + +export function display( + name: string, + group: string = '', + type: string = 'color', +) +{ + return Reflect.metadata(displayMetadataKey, { + name, + group, + type, + }) +} + +export function getDisplayInfo(target: any) +{ + let keys = Object.getOwnPropertyNames(target) + let list = [] + keys.forEach((key) => + { + let info = <{ name: string; group: string; type: number }>( + Reflect.getMetadata(displayMetadataKey, target, key) + ) + if (info) + { + info + list.push({ + prop: key, + name: info.name, + group: info.group, + type: info.type, + }) + } + }) + return list +} diff --git a/src/processParser/common/drawing/base.ts b/src/processParser/common/drawing/base.ts new file mode 100644 index 0000000..7194193 --- /dev/null +++ b/src/processParser/common/drawing/base.ts @@ -0,0 +1,98 @@ +export abstract class Drawing +{ + width: number + height: number + + scale: number = 1 + abstract drawPath(path: DrawPathContext, option: DrawLineOption) + + abstract drawLine( + x0: number, + y0: number, + x1: number, + y1: number, + option: DrawLineOption, + ) + abstract drawRect( + x: number, + y: number, + width: number, + height: number, + option: DrawRectOption, + ) + abstract drawLinePolygon(points: Array, option: DrawLinePolygonOption) + abstract drawText(text: string, x: number, y: number, option: DrawTextOption) + abstract drawForeignObjectText( + text: string, + x: number, + y: number, + option: DrawTextOption, + ) + abstract drawImage( + source: CanvasImageSource, + x: number, + y: number, + width: number, + height: number, + option: DrawImageOption, + border: number, + ): Promise + + abstract clearAll() + + abstract toHTML(): string +} + +export class BaseDrawOption +{ + lineWidth: number = 1 + strokeStyle: string +} + +interface IDrawPath +{ + method: string + args: number[] +} +export class DrawPathContext +{ + data: Array = [] + + moveTo(x: number, y: number) + { + this.data.push({ method: 'M', args: [x, y] }) + + return this + } + + lineTo(x: number, y: number) + { + this.data.push({ method: 'L', args: [x, y] }) + return this + } +} + +export class DrawLineOption extends BaseDrawOption { } +export class DrawRectOption extends BaseDrawOption +{ + fillStyle: string +} +export class DrawImageOption extends BaseDrawOption { } +export class DrawLinePolygonOption extends BaseDrawOption +{ + isFill: boolean = true + fillStyle: string = 'rgb(0,0,0)' +} + +export type DrawTextBaseLnie = 'alphabetic' | 'bottom' | 'hanging' | 'ideographic' | 'middle' | 'top' +export type DrawTextAlign = 'start' | 'center' | 'right' +export class DrawTextOption +{ + maxWidth?: number + textAlign: DrawTextAlign = 'center' + textBaseline: DrawTextBaseLnie = 'middle' + fillStyle: string = 'rgb(0,0,0)' + fontSize: string = '12' + fontWeight: string = '400' + fontFamily: string = '宋体' +} diff --git a/src/processParser/common/drawing/canvasDrawing.ts b/src/processParser/common/drawing/canvasDrawing.ts new file mode 100644 index 0000000..f2f39f8 --- /dev/null +++ b/src/processParser/common/drawing/canvasDrawing.ts @@ -0,0 +1,197 @@ +import { createBmpFile } from '../bmp.js' +import { getFileExt } from '../file.js' +import type { + DrawImageOption, + DrawLineOption, + DrawLinePolygonOption, + DrawPathContext, + DrawRectOption, + DrawTextOption } from './base.js' +import +{ + Drawing, +} from './base.js' + +export class CanvasDrawing extends Drawing { + canvas: HTMLCanvasElement + ctx: CanvasRenderingContext2D + // isCaching: boolean; + outputType: string = 'png' + orgWidth: number + orgHeight: number + toHTML(): string { + let img = new Image(this.canvas.width, this.canvas.height) + img.src = this.canvas.toDataURL(`image/${this.outputType}`) + return img.outerHTML + } + + clearAll() { + this.ctx.clearRect(0, 0, this.canvas.width, this.canvas.height) + } + + /** + * + */ + constructor( + canvas: HTMLCanvasElement, + // isCaching: boolean = false, + ) { + super() + this.canvas = canvas + this.width = this.orgWidth = canvas.width = canvas.width + this.height = this.orgHeight = canvas.height = canvas.height + // this.isCaching = isCaching; + this.ctx = this.canvas.getContext('2d') + } + + drawPath(path: DrawPathContext, option: DrawLineOption) { + this.ctx.beginPath() + for (const item of path.data) { + switch (item.method) { + case 'M': + this.ctx.moveTo(item.args[0], item.args[1]) + break + case 'L': + this.ctx.lineTo(item.args[0], item.args[1]) + break + } + } + this.ctx.lineWidth = option.lineWidth + this.ctx.strokeStyle = option.strokeStyle + this.ctx.stroke() + } + + drawLine( + x0: number, + y0: number, + x1: number, + y1: number, + option: DrawLineOption, + ) { + this.ctx.lineWidth = option.lineWidth + this.ctx.strokeStyle = option.strokeStyle + this.ctx.beginPath() + this.ctx.moveTo(x0, y0) + this.ctx.lineTo(x1, y1) + this.ctx.stroke() + } + + drawRect( + x: number, + y: number, + width: number, + height: number, + option: DrawRectOption, + ) { + this.ctx.lineWidth = option.lineWidth + this.ctx.strokeStyle = option.strokeStyle + this.ctx.fillStyle = option.fillStyle + if (option.fillStyle) { + this.ctx.fillRect(x, y, width, height) + } else { + this.ctx.strokeRect(x, y, width, height) + } + } + + drawText(text: string, x: number, y: number, option: DrawTextOption) { + this.ctx.textAlign = option.textAlign as CanvasTextAlign + this.ctx.textBaseline = option.textBaseline as CanvasTextBaseline + this.ctx.fillStyle = option.fillStyle + this.ctx.font + = `${option.fontWeight} ${option.fontSize}px ${option.fontFamily}` + this.ctx.fillText(text, x, y, option.maxWidth) + } + + drawForeignObjectText( + text: string, + x: number, + y: number, + option: DrawTextOption, + ) {} + + imageCache: Map = new Map() + drawImage( + source: CanvasImageSource, + x: number, + y: number, + width: number, + height: number, + option: DrawImageOption, + border: number, + ) { + return new Promise((resolve, reject) => { + this.ctx.drawImage(source, x + border, y + border, width, height) + resolve(null) + }) + } + + drawLinePolygon(points: Array, option: DrawLinePolygonOption) { + this.ctx.beginPath() + this.ctx.moveTo(points[0].x, points[0].y) + for (let i = 1; i < points.length; i++) { + this.ctx.lineTo(points[i].x, points[i].y) + } + this.ctx.closePath() + + this.ctx.stroke() + if (option.isFill) + { + this.ctx.fillStyle = option.fillStyle + this.ctx.fill() + } + } + + setScale(value: number) { + this.scale = value + this.canvas.width = this.width = this.orgWidth * value + this.canvas.height = this.height = this.orgHeight * value + this.ctx.scale(value, value) + } + // resize(width: number, height: number) + // { + // let oldWidth = this.width; + // let oldHeight = this.height; + // if (oldWidth != width || oldHeight != height) + // { + // let newCanvas = document.createElement('canvas'); + // this.width = newCanvas.width = width; + // this.height = newCanvas.height = height; + // let newCtx = newCanvas.getContext('2d'); + // newCtx.drawImage(this.canvas, 0, 0, oldWidth, oldHeight, 0, 0, width, height); + // this.canvas = newCanvas; + // this.ctx = newCtx; + // } + // } + + exportFile(nameOrType: string, param: string): Promise { + let mimeType = 'image/png' + let ext = getFileExt(nameOrType) + if (ext === null) { + ext = nameOrType + } + let paramDic: { [key: string]: string } = {} + if (param != null) { + for (const item of param.split('&')) { + let kv = item.split('=') + paramDic[kv[0]] = kv[1] + } + } + switch (ext) { + case 'bmp': + let data = createBmpFile( + this.ctx.getImageData(0, 0, this.width, this.height), + paramDic, + ) + return Promise.resolve(new Uint8Array(data)) + case 'jpg': + case 'jpeg': + mimeType = 'image/jpeg' + break + } + return new Promise((resolve) => { + this.canvas.toBlob((data: Blob) => { + resolve(data) + }, mimeType) + }) + } +} diff --git a/src/processParser/common/drawing/canvasUtil.ts b/src/processParser/common/drawing/canvasUtil.ts new file mode 100644 index 0000000..2c4de26 --- /dev/null +++ b/src/processParser/common/drawing/canvasUtil.ts @@ -0,0 +1,39 @@ +import type { DrawTextOption } from './base' + +// const canvas = new OffscreenCanvas(0, 0); +const canvas = document.createElement('canvas') +const canvasCtx = canvas.getContext('2d') + +export function blobToDataURL(data: Blob): Promise +{ + return new Promise((resolve) => + { + let reader = new FileReader() + reader.onload = (response) => + { + resolve(response.target.result as string) + } + reader.readAsDataURL(data) + }) +} + +export function getStringWidth( + text: string, + width: number, + height: number, + option: DrawTextOption, +): number +{ + canvasCtx.clearRect( + 0, + 0, + width, + height, + ) + canvasCtx.textAlign = option.textAlign as CanvasTextAlign + canvasCtx.textBaseline = option.textBaseline as CanvasTextBaseline + canvasCtx.fillStyle = option.fillStyle + canvasCtx.font + = `${option.fontWeight} ${option.fontSize}px ${option.fontFamily}` + return canvasCtx.measureText(text).width +} diff --git a/src/processParser/common/drawing/imageCode.ts b/src/processParser/common/drawing/imageCode.ts new file mode 100644 index 0000000..8d584b0 --- /dev/null +++ b/src/processParser/common/drawing/imageCode.ts @@ -0,0 +1,33 @@ +import jsbarcode from 'jsbarcode' +import type { QRCodeRenderersOptions } from 'qrcode' +import { toCanvas } from 'qrcode' + +// const canvas = new OffscreenCanvas(0, 0); +const canvas = document.createElement('canvas') +const canvasCtx = canvas.getContext('2d') + +export async function genBarcode(text: string, options: jsbarcode.Options) +{ + canvas.width = options.width + canvas.height = options.height + canvasCtx.clearRect(0, 0, options.width, options.height) + try + { + jsbarcode(canvas, text, options) + // return await canvas.transferToImageBitmap(); + return await createImageBitmap(canvas) + } catch + { + return null + } +} +export async function genQrcode(text: string, options: QRCodeRenderersOptions) +{ + canvas.width = options.width + canvas.height = options.width + canvasCtx.clearRect(0, 0, options.width, options.width) + await toCanvas(canvas, text, options) + + // return await canvas.transferToImageBitmap(); + return await createImageBitmap(canvas) +} diff --git a/src/processParser/common/drawing/imageUtil.ts b/src/processParser/common/drawing/imageUtil.ts new file mode 100644 index 0000000..9097202 --- /dev/null +++ b/src/processParser/common/drawing/imageUtil.ts @@ -0,0 +1,12 @@ +export function UrlToBitmap(src: string) +{ + return new Promise((resolve) => + { + let img = new Image() + img.src = src + img.onload = () => + { + resolve(img) + } + }) +} diff --git a/src/processParser/common/drawing/index.ts b/src/processParser/common/drawing/index.ts new file mode 100644 index 0000000..9d0f88a --- /dev/null +++ b/src/processParser/common/drawing/index.ts @@ -0,0 +1,3 @@ +export * from './base' +export * from './canvasDrawing' +export * from './svgDrawing' diff --git a/src/processParser/common/drawing/svgDrawing.ts b/src/processParser/common/drawing/svgDrawing.ts new file mode 100644 index 0000000..f1a3026 --- /dev/null +++ b/src/processParser/common/drawing/svgDrawing.ts @@ -0,0 +1,251 @@ +import type { + DrawImageOption, DrawLineOption, DrawLinePolygonOption, DrawPathContext, DrawRectOption, + DrawTextOption, +} from './base.js' +import +{ Drawing, +} from './base.js' + +const canvas = document.createElement('canvas') +const canvasCtx = canvas.getContext('2d') +export class SvgDrawing extends Drawing +{ + svg: SVGElement + /** + * + */ + constructor( + width: number | string, + height: number | string, + scale: number = 0.8, + ) + { + super() + this.scale = scale + this.width = Number(width) + this.height = Number(height) + this.svg = this.createElement('svg') + // this.svg.setAttribute('width', this.width.toString());//(Number(width) * this.scale) + // this.svg.setAttribute('height', this.height.toString());//(Number(height) * this.scale) + // this.svg.style.transform = 'scale(' + this.scale + ')'; + // this.svg.style.transformOrigin = 'left top'; + this.svg.setAttribute('viewBox', `0 0 ${width} ${height}`) + } + + private createElement(name) + { + return document.createElementNS('http://www.w3.org/2000/svg', name) + } + + toHTML(): string + { + return this.svg.outerHTML + } + + clearAll() + { + this.svg.innerHTML = '' + } + + drawPath(path: DrawPathContext, option: DrawLineOption) + { + let el = this.createElement('path') + + let pathStr = '' + for (const item of path.data) + { + switch (item.method) + { + case 'M': + pathStr += `M ${item.args.join(' ')} ` + break + case 'L': + pathStr += `L ${item.args.join(' ')} ` + break + } + } + el.setAttribute('d', pathStr) + el.setAttribute('stroke-width', option.lineWidth.toString()) + el.setAttribute('stroke', option.strokeStyle) + this.svg.appendChild(el) + } + + drawLine( + x0: number, + y0: number, + x1: number, + y1: number, + option: DrawLineOption, + ) + { + let el = this.createElement('line') + el.setAttribute('x1', x0.toString()) // (Number(x0) * this.scale) + el.setAttribute('y1', y0.toString()) // (Number(y0) * this.scale) + el.setAttribute('x2', x1.toString()) // (Number(x1) * this.scale) + el.setAttribute('y2', y1.toString()) // (Number(y1) * this.scale) + el.setAttribute('stroke', option.strokeStyle) + el.setAttribute('fill', 'rgba(0,0,0,0)') + el.setAttribute('stroke-width', option.lineWidth.toString()) + this.svg.appendChild(el) + } + + drawRect( + x: number, + y: number, + width: number, + height: number, + option: DrawRectOption, + ) + { + let el = this.createElement('rect') + el.setAttribute('x', x.toString()) // ((x + option.baseLine / 2) * this.scale) + el.setAttribute('y', y.toString()) // ((y + option.baseLine) * this.scale) + el.setAttribute('width', width.toString()) // (Number(width) * this.scale) + el.setAttribute('height', height.toString()) // (Number(height) * this.scale) + if (option.fillStyle) + { + el.setAttribute('fill', option.fillStyle) + el.setAttribute('stroke', option.strokeStyle) + } else + { + el.setAttribute('fill', 'rgba(1,1,1,0)') + el.setAttribute('stroke', option.strokeStyle) + el.setAttribute( + 'stroke-width', + (Math.floor(option.lineWidth) + 0.5).toString(), + ) + } + this.svg.appendChild(el) + } + + drawText(text: string, x: number, y: number, option: DrawTextOption) + { + let el = this.createElement('text') + el.setAttribute('x', x.toString()) // (Number(x) * this.scale) option['CncDict'] ? (x - Number(option.fontSize) / 6).toString() : + el.setAttribute('y', y.toString()) // (Number(y) * this.scale) + el.style.dominantBaseline = 'text-before-edge' + if (option.resetFont) + { + el.style.dominantBaseline = 'middle' + el.setAttribute('text-anchor', 'middle') + } + el.setAttribute('fill', option.fillStyle) + el.setAttribute('font-size', `${option.fontSize}px`) + el.setAttribute('font-weight', option.fontWeight) + el.setAttribute('font-family', option.fontFamily) + if (option.overflowText) + { + el.setAttribute('textLength', option.maxWidth.toString()) + el.setAttribute('lengthAdjust', 'spacingAndGlyphs') + } + el.setAttribute('alignment-baseline', option.textBaseline) + switch (option.textAlign) + { + case 'start': + el.setAttribute('text-anchor', 'left') + break + case 'center': + el.setAttribute('text-anchor', 'middle') + break + case 'right': + el.setAttribute('text-anchor', 'end') + break + } + + if (typeof text === 'string') + { + el.innerHTML = text.replaceAll('&', '&').replaceAll('<', '<').replaceAll('>', '>') + } else + { + el.innerHTML = text + } + + this.svg.appendChild(el) + } + + drawForeignObjectText( + text: string, + x: number, + y: number, + option: DrawTextOption, + ) + { + // let el = this.createElement('foreignObject'); + // el.setAttribute('x',x.toString()); + // el.setAttribute('y',y.toString()); + // el.setAttribute('width',option.maxWidth.toString()); + // el.setAttribute('height',option['maxHeight'].toString()); + // let span = this.createElement('span'); + // span.style.dominantBaseline = 'text-before-edge'; + // if(option['resetFont']){ + // span.style.dominantBaseline = 'middle'; + // span.style.textAnchor = 'middle'; + // } + // span.style.fontSize = option.fontSize + 'px'; + // span.style.fontWeight = option.fontWeight; + // span.style.fontFamily = option.fontFamily; + // span.style.display = 'inline-block'; + // span.style.width = option.maxWidth + 'px'; + // span.style.height = option['maxHeight'] + 'px'; + // span.style.overflow = 'hidden'; + // span.innerHTML = text; + // el.appendChild(span); + // this.svg.appendChild(el); + } + + async drawImage( + source: CanvasImageSource, + x: number, + y: number, + width: number, + height: number, + option: DrawImageOption, + ) + { + let src = '' + if (source instanceof ImageBitmap) + { + canvas.width = source.width + canvas.height = source.height + canvasCtx.clearRect(0, 0, source.width, source.height) + canvasCtx.drawImage(source, 0, 0, source.width, source.height) + src = canvas.toDataURL() + } else if (source instanceof HTMLImageElement) + { + src = source.src + } + return new Promise((resolve, reject) => + { + let el = this.createElement('image') + el.setAttribute('x', x.toString()) // (Number(x) * this.scale) + el.setAttribute('y', y.toString()) // (Number(y) * this.scale) + el.setAttribute('width', width.toString()) // (Number(width) * this.scale) + el.setAttribute('height', height.toString()) // (Number(height) * this.scale) + el.setAttribute('xlink:href', src) + el.setAttribute('preserveAspectRatio', 'none meet') + this.svg.appendChild(el) + resolve(null) + }) + } + + drawLinePolygon(points: Array, option: DrawLinePolygonOption) + { + let el = this.createElement('polygon') + let pointsStr = '' + for (let i = 0; i < points.length; i++) + { + if (i == points.length - 1) + { + pointsStr += `${points[i].x} ${points[i].y}` + } else + { + pointsStr += `${points[i].x} ${points[i].y},` + } + } + el.setAttribute('points', pointsStr) + el.setAttribute('fill', option.isFill ? option.fillStyle : 'none') + el.setAttribute('stroke', option.strokeStyle) + el.setAttribute('stroke-width', option.lineWidth.toString())// 添加多段线的线宽--xyh + this.svg.appendChild(el) + } +} diff --git a/src/processParser/common/file.ts b/src/processParser/common/file.ts new file mode 100644 index 0000000..53b8945 --- /dev/null +++ b/src/processParser/common/file.ts @@ -0,0 +1,22 @@ +export async function readText(file: Blob, encoding?: string): Promise +{ + return new Promise((resolve) => + { + let fileReader = new FileReader() + fileReader.onload = function (e) + { + resolve( this.result) + } + fileReader.readAsText(file, encoding) + }) +} + +export function getFileExt(name: string) +{ + let index = name.lastIndexOf('.') + if (index != -1) + { + return name.substring(index + 1, name.length) + } + return null +} diff --git a/src/processParser/common/log.ts b/src/processParser/common/log.ts new file mode 100644 index 0000000..4df5969 --- /dev/null +++ b/src/processParser/common/log.ts @@ -0,0 +1,33 @@ +export class Logger +{ + name: string + static interceptors: LogInterceptor[] = [] + constructor(name: string) + { + this.name = name + } + + static AddInterceptor(interceptor: LogInterceptor) + { + Logger.interceptors.push(interceptor) + } + + error(error: Error, payload: any = null) + { + console.error(error, payload) + Logger.interceptors.forEach((i) => + { + i.call(this, error, payload) + }) + } + + info(message: string, payload: any = null) + { + console.info(message, payload) + Logger.interceptors.forEach((i) => + { + i.call(this, message, payload) + }) + } +} +export type LogInterceptor = (this: Logger, info: string | Error, payload: any) => void diff --git a/src/processParser/common/placeDataHelper.ts b/src/processParser/common/placeDataHelper.ts new file mode 100644 index 0000000..d617524 --- /dev/null +++ b/src/processParser/common/placeDataHelper.ts @@ -0,0 +1,23634 @@ +import { ref } from "vue"; +import { FileZip } from "./base/ZipFile"; +import { BlockHelper } from "../vo/order/BlockHelper"; +import { PlacePositionHelper } from "../vo/order/PlacePostionHelper"; +import { PlaceBlock } from "../vo/order/PlaceBlock"; +import { BlockSizePlus } from "../vo/order/BlockSizePlus"; +import { PlaceMaterial } from "../vo/order/PlaceMaterial"; +import { PlaceStore } from "../vo/order/PlaceStore"; +import { BlockPlus } from "../vo/order/BlockPlus"; +import { cloneDeep } from "lodash-es"; +import { PlaceStyle } from "../vo/enums/PlaceStyle"; +import { formatToDate } from '@/utils/dateUtil' +import { useMessage } from '@/hooks/web/useMessage' + +const { createMessage } = useMessage() +/**输出到文本文件的内容 正面 （A面） */ +const outPutString = ref(''); +/**输出到文本文件的内容 反面 （B面） */ + +const outPutStringB = ref(''); + +//**机台配置的 CNC文件结构 */ +const TreeData = ref({}) + +//** 优化数据 */ +const placeData = ref(null); +/** + * 记录下所有的加工项 + * 注：不同的加工 + */ +const allProcessList = ref([]) + +//** 机台配置 */ +const drillConfig = ref(null); +export async function readyToCreateCNCFile(treeData: any, planOrder: any, zipFile: FileZip, sysConfigDrill?: any) { + + TreeData.value = treeData + placeData.value = planOrder + drillConfig.value = sysConfigDrill + + /** + * 梳理下流程-- 关于坐标 + * 1、 小板模式 不考虑大板 + * 那么计算坐标的时候 只要考虑 机台 坐标参数 (靠档和长高方向【送板方向？】) 和 小板的排版方式 placeStyle + * + * 2、大板模式 需要考虑大板 + * 那么计算坐标的时候 要考虑 虑 机台 坐标参数 (靠档和长高方向【送板方向？】) 、 大板的坐标、小板在大板中的坐标 板件是否翻面 + */ + + allProcessList.value = []; + await createCNCFile(zipFile); + + console.log('allProcessItem', allProcessList.value) + // 测试 + // testToGetDicValue(DataTags_all) +} + + +function getFileName(val, exportFileType?: any, source?: any, noHandleSource?: any) { + let valueStr = val.slice(3, -3) + let res = '' + + let blockList: any = []; + if (noHandleSource == true) { + if (exportFileType == 0 || exportFileType == 1) { + blockList = source + } else { + source.forEach(m => { + m.blockList.forEach(block => { + blockList.push(block); + }); + }); + } + } else { + if (exportFileType == 0) { + blockList = [source] + } else if (exportFileType == 1) { + blockList = source + } else if (exportFileType == 2) { + source.blockList.forEach(block => { + blockList.push(block); + }); + } else if (exportFileType == 3) { + source.forEach(m => { + m.blockList.forEach(block => { + blockList.push(block); + }); + }); + } + } + + + switch (valueStr) { + case 'organName': + + res = 'organName' // zipFileNameStr.replace(val, placeData.value.source.planOrder.organName) + break; + + case 'dealer': + + res = placeData.value.source.orderList.map(e => e.dealer) + break; + case 'customer': + + res = placeData.value.source.orderList.map(e => e.customer).join('、') + break; + case 'address': + + res = placeData.value.source.orderList.map(e => e.address).join('、') + break; + case 'orderId': + + res = placeData.value.source.orderList.map(e => e.orderId).join('、') + break; + case 'customOrderNo': + + res = placeData.value.source.orderList.map(e => e.customOrderNo).join('、') + break; + case 'planCode': + + res = placeData.value.source.planOrder.planCode + break; + case 'goodsName': + + res = blockList.map(e => e.goodsName).join('、') + break; + case 'material': + + res = blockList.map(e => e.materialName).join('、') + break; + case 'color': + + res = blockList.map(e => e.color).join('、') + break; + case 'spec': + + res = blockList.map(e => e.spec).join('、') + break; + case 'blockNo': + + res = blockList.map(e => e.blockNo).join('、') + break; + case 'blockName': + + res = blockList.map(e => e.bodyName).join('、') + break; + default: + break; + } + + return res +} +function truncateString(str, maxLength, useEllipsis = true) { + if (str.length <= maxLength) { + return str; + } else { + return str.slice(0, maxLength) + (useEllipsis ? '...' : ''); + } +} +async function createCNCFile(zipFile: FileZip) { + + + /** + * 生成CNC 文件有4种情况 + * 小板独立文件、小板合并文件、大板独立文件、大板合并文件 0 || 1 || 2 || 3 + * blockAlone 、 blockMerge 、 boardAlone 、 boardMerge + * 默认 小板独立文件 + * merge alone + * */ + + // 测试 + + let exportFileType = drillConfig.value.fileExportType || drillConfig.value?.machineSettingDO?.ncExportConfigsRef?.fileExportType || 0 + + + // 测试用 读取所有字典的字段看看返回的内容 + // testToGetDicValue(DataTags_all) + let fileRes: any = [] + /** 是否分面 */ + const isFileSort = drillConfig.value?.isFileSort + + + + /** 数据预处理---把每个孔 || 造型的刀 解析下做个关联 后面数据解析的时候减少计算量*/ + + // 已经这之前已经处理 孔和 造型的数据内添加了 knife + let blockList: PlaceBlock[] = [] + placeData.value.materialList.forEach(material => { + material.boardList.forEach(board => { + board.blockList.forEach(block => { + blockList.push(block) + }); + }); + }) + + if (blockList.length == 0 && placeData.value.blockList.length != 0) { + placeData.value.materialList.forEach(material => { + material.blockList.forEach(block => { + blockList.push(block) + }); + }) + } + + /** 加工方案的需求下 没有用 */ + //**导出空单(无板) */ + let isExportOrderNoBoard = drillConfig.value?.isExportOrderNoBoard || false + /** 导出空单(无加工） */ + let isExportOrderNoProcess = drillConfig.value?.isExportOrderNoProcess || false + /** 导出已加工 */ + let isExportOrderProcess = drillConfig.value?.isExportOrderProcess || false + switch (exportFileType) { + case 0: + // 小板独立文件 生成文件的 基准点为 具体的某个小板 + for (let index = 0; index < blockList.length; index++) { + const block = blockList[index]; + // 是否需要双面加工 + + let isTwoFace = block.blockDetail.isTwoFaceProcess + let hasFaceA = block.blockDetail.holeListFaceA.length > 0 || block.blockDetail.modelListFaceA.length > 0 + let hasFaceB = block.blockDetail.holeListFaceB.length > 0 || block.blockDetail.modelListFaceB.length > 0 + + // 若AB 面 都没有加工 且 有侧面加工 的情况下 都在A面加工 + if (!hasFaceA && !hasFaceB && (block.blockDetail.holeListSide.length > 0 || block.blockDetail.modelListSide.length > 0)) { + hasFaceA = true + } + + outPutString.value = '' + outPutStringB.value = '' + + await _setDataSource(block, exportFileType) + console.log('板', block.blockNo, '已设置数据源', fileDataAB.value) + await createCNC(TreeData.value, 0, block, exportFileType, -1, 'start'); + + + // 设置 zip压缩包名称 start + var zipFileNameStr = drillConfig.value?.zipPathName || drillConfig.value?.machineSettingDO?.ncExportConfigsRef.zipPathName || '' + + var zipFileNameConfigList = zipFileNameStr.match(/{{\<([^>]*)>\}}/g) || [] + + zipFileNameConfigList.forEach(val => { + + var newVal = getFileName(val, exportFileType, block); + + zipFileNameStr = zipFileNameStr.replaceAll(val, newVal) + }) + + var zipFileName = zipFileNameStr //`${zipFileNameStr}.zip` + await zipFile.SetZipFileName(zipFileName) + // 设置 zip压缩包名称 end + + + const codeStr = drillConfig.value?.ncFileEncoding || '' + const fileContent = outPutString.value + + + + if (isFileSort) { + + // 需要双面加工的时候 才导出 + if (hasFaceB && drillConfig.value?.isExportBoardFileB) { + var fileNameB = drillConfig.value?.fileBackPathName || '' + var fileNameConfigList_B = fileNameB.match(/{{\<([^>]*)>\}}/g) + fileNameConfigList_B && fileNameConfigList_B.forEach(val => { + + var newVal = getFileName(val, exportFileType, block); + fileNameB = fileNameB.replaceAll(val, newVal) + }) + + let nameB = fileNameB + + let fileBContent = outPutStringB.value; + await zipFile.PushFile(`${nameB}`, fileBContent, false, codeStr) + } else { + console.log('不添加文件~！B面') + } + + if (hasFaceA && drillConfig.value?.isExportBoardFileA) { + var fileNameA = drillConfig.value?.fileFrontPathName || '' + + var fileNameConfigList = fileNameA.match(/{{\<([^>]*)>\}}/g) + + fileNameConfigList && fileNameConfigList.forEach(val => { + var newVal = getFileName(val, exportFileType, block); + fileNameA = fileNameA.replaceAll(val, newVal) + }) + + let nameA = fileNameA + await zipFile.PushFile(`${nameA}`, fileContent, false, codeStr) + } else { + console.log('不添加文件~！A面') + } + + + } else { + var fileName = drillConfig.value?.filePathName || '' + + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + + fileNameConfigList && fileNameConfigList.forEach(val => { + var newVal = getFileName(val, exportFileType, block); + fileName = fileName.replaceAll(val, newVal) + }) + + let name = `${fileName}`; + await zipFile.PushFile(`${name}`, fileContent, false, codeStr) + } + + + } + break; + case 1: + // 小板合并文件 生成文件的 基准点为 小板的数据集 + outPutString.value = '' + outPutStringB.value = '' + + await _setDataSource(blockList, exportFileType) + console.log('小板合并文件模式：生成开始', outPutString.value); + await createCNC(TreeData.value, 0, blockList, exportFileType, -1, 'start'); + console.log('小板合并文件模式：生成结束', outPutString.value); + + + // 设置 zip压缩包名称 start + var zipFileNameStr = drillConfig.value?.zipPathName || drillConfig.value?.machineSettingDO?.ncExportConfigsRef.zipPathName + + var zipFileNameConfigList = zipFileNameStr.match(/{{\<([^>]*)>\}}/g) || [] + + zipFileNameConfigList.forEach(val => { + + var newVal = getFileName(val, exportFileType, blockList); + zipFileNameStr = zipFileNameStr.replaceAll(val, newVal) + }) + + + + + var zipFileName = zipFileNameStr + await zipFile.SetZipFileName(zipFileName) + // 设置 zip压缩包名称 end + + + + + + var fileName = drillConfig.value?.fileFrontPathName || '' + + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + fileNameConfigList.forEach(val => { + + var newVal = getFileName(val, exportFileType, placeData.value.blockList); + fileName = fileName.replaceAll(val, newVal) + }) + + + var fileContent = ''; + + fileContent = outPutString.value + + if (isFileSort) { + fileContent += '\n' + fileContent += '\n' + + fileContent += outPutStringB.value + } + + var codeStr = drillConfig.value?.ncFileEncoding || '' + + + + await zipFile.PushFile(`${fileName}`, fileContent, false, codeStr) + + break; + case 2: + // 大板独立文件 生成文件的 基准点为 具体的某个大板 + + for (let index = 0; index < placeData.value.materialList.length; index++) { + let material = placeData.value.materialList[index]; + + for (let index1 = 0; index1 < material.boardList.length; index1++) { + const board = material.boardList[index1] + outPutString.value = '' + outPutStringB.value = '' + await _setDataSource(material, exportFileType) + console.log('大板独立文件模式：生成开始', outPutString.value); + await createCNC(TreeData.value, 0, material, exportFileType, -1, 'start'); + console.log('大板独立文件模式：生成结束', outPutString.value); + + + // 设置 zip压缩包名称 start + var zipFileNameStr = drillConfig.value?.zipPathName || drillConfig.value?.machineSettingDO?.ncExportConfigsRef.zipPathName + + var zipFileNameConfigList = zipFileNameStr.match(/{{\<([^>]*)>\}}/g) || [] + + zipFileNameConfigList.forEach(val => { + + var newVal = getFileName(val, exportFileType, material); + zipFileNameStr = zipFileNameStr.replaceAll(val, newVal) + }) + + + + + var zipFileName = zipFileNameStr //`${zipFileNameStr}.zip` + await zipFile.SetZipFileName(zipFileName) + // 设置 zip压缩包名称 end + var fileName = drillConfig.value?.fileFrontPathName || '' + + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + + fileNameConfigList && fileNameConfigList.forEach(val => { + var newVal = getFileName(val, exportFileType, material); + fileName = fileName.replaceAll(val, newVal) + }) + + + + let name = `${fileName}`; + + + const fileContent = outPutString.value + const codeStr = drillConfig.value?.ncFileEncoding || '' + let isTwoFace = board.isTwoFaceProcessing + fileNameConfigList_B && fileNameConfigList_B.forEach(val => { + + var newVal = getFileName(val, exportFileType, material); + fileNameB = fileNameB.replaceAll(val, newVal) + }) + if (isFileSort) { + var fileNameB = drillConfig.value?.fileBackPathName || '' + var fileNameConfigList_B = fileNameB.match(/{{\<([^>]*)>\}}/g) + // 需要双面加工的时候 才导出 + + if (isTwoFace) { + let nameB = fileNameB + let fileBContent = outPutStringB.value; + await zipFile.PushFile(`${nameB}`, fileBContent, false, codeStr) + } + + let nameA = fileName + await zipFile.PushFile(`${nameA}`, fileContent, false, codeStr) + + } else { + await zipFile.PushFile(`${name}`, fileContent, false, codeStr) + } + + + } + + } + break; + case 3: + // 大板合并文件 生成文件的 基准点为 大板的数据集 + + outPutString.value = '' + outPutStringB.value = '' + await _setDataSource(placeData.value.materialList, exportFileType) + console.log('大板合并文件模式：生成开始', outPutString.value); + await createCNC(TreeData.value, 0, placeData.value.materialList, exportFileType, -1, 'start'); + console.log('大板合并文件模式：生成结束', outPutString.value); + + + // 设置 zip压缩包名称 start + var zipFileNameStr = drillConfig.value?.zipPathName || drillConfig.value?.machineSettingDO?.ncExportConfigsRef.zipPathName + + var zipFileNameConfigList = zipFileNameStr.match(/{{\<([^>]*)>\}}/g) || [] + + zipFileNameConfigList && zipFileNameConfigList.forEach(val => { + + var newVal = getFileName(val, zipFileNameStr, exportFileType, placeData.value.materialList); + zipFileNameStr = zipFileNameStr.replaceAll(val, newVal) + }) + + + + + var zipFileName: any = `${zipFileNameStr}.zip` + await zipFile.SetZipFileName(zipFileName) + // 设置 zip压缩包名称 end + + var fileName = drillConfig.value?.fileFrontPathName || '' + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + fileNameConfigList.forEach(val => { + + var newVal = getFileName(val, fileName, exportFileType, placeData.value.materialList); + fileName = fileName.replaceAll(val, newVal) + }) + + var fileContent: string = outPutString.value + if (isFileSort) { + fileContent += '\n' + fileContent += '\n' + + fileContent += outPutStringB.value + } + + var codeStr = drillConfig.value?.ncFileEncoding || '' + await zipFile.PushFile(`${fileName}`, fileContent, false, codeStr) + break; + default: + break; + } + + + return fileRes + + + + + + // textFile.saveFile(`cncXML测试.xml`, outPutString.value) +} + + +function testToGetDicValue(tags) { + let resTags: any = [] + // console.log(placeData) + + tags.forEach(tag => { + let temp: any = { + // sourceStr: item, // 在源数据中的字符串 + // valueStr: valueStr, // 剔除 包裹的字符的字符串 + type: tag.flag, // 数据类型 + itemKey: tag.value, // 数据id + itemLabel: tag.label, // 数据说明 + // value: '', // 要替换的数据 + tagRes: null, + tagResB: null, // 拿回来的 B面数据 + tagResA: null // 拿回来的 A面数据 + } + + // 分别对应4中文件导出模式 + let res1 = { ...temp } + let res2 = { ...temp } + let res3 = { ...temp } + let res4 = { ...temp } + // 1getPlaceDataValueByDic(res1, [placeData.value.blockList[0]], 0) + // 1getPlaceDataValueByDic(res2, placeData.value.blockList, 1) + // 1getPlaceDataValueByDic(res3, [placeData.value.materialList[0]], 2) + // 1getPlaceDataValueByDic(res4, placeData.value.materialList, 3) + + // console.log(res1, res2, res3, res4); + + // temp.tagRes = tagRes; + + resTags.push(temp); + }); +} + + +// +const hasConfig = ref(false); + +// 生成一个CNC文件的内容 +/** + * + * @param data // 模板数据 + * @param level // 层级 + * @param targetSource // 实际的基准点数据 目前可能为 block || blockList || material || materialList + * @param exportFileType // 当前文件的生成模式 0 || 1 || 2 || 3 1 和 3 合并模式 0 和 2 独立模式 + * @param parantId // 递归时 定位父级下标用 入口时传 -1 + * @param flag // 用来分辨 AB面 等等 + * + * outPutString 和 outPutStringB 操作说明 + * 若 exportFileType 为 0 或者 2 的时候 + * + * + * + */ + +// exportFileType 为 0 的时候 不管 +function createCNC(data, level?: any, targetSource?: any, exportFileType?: any, parantId?: any, flag?: any, kidId?: any) { + // console.log('runing',level,parantId,flag) + // 这里都整合为 数组的形式处理 + let targetSourceList: any = []; + if (Array.isArray(targetSource)) { + targetSourceList = targetSource + } else { + targetSourceList = [targetSource] + } + /** 钻孔机 配置中 是否分面 */ + const isFileSort = drillConfig.value?.isFileSort + + /** 实际的板材 是否 需要分面 解析的时候可能用 */ + let isTwoFaceList = []; + + // 是否有A面加工 + let hasFaceAList: Array = []; + + // 是否有B面加工 + let hasFaceBList: Array = [] + + + + // 用来定位 板内的某个子集 （轮廓、造型、孔、等等） + let pid = -1 + + /** 导出的是是A面 还是B面 */ + let _flag = '' + + // 逻辑控制： 第一次 传入的时候 都为start + if (flag != undefined) { + _flag = flag + } + + if (parantId != undefined) { + pid = parantId + } + // 用来定位 板内的某个子集的子集 （造型轮廓、造型、孔、等等） + let kid = -1 + + if (kidId != undefined) { + kid = kidId + } + + + let lvl = level; + + + if (Array.isArray(data)) { + // + data.forEach(async (item, d) => { + + // 测试用 + let exportFileType = drillConfig.value.fileExportType || drillConfig.value?.machineSettingDO?.ncExportConfigsRef?.fileExportType || 0 + const ccc = { _flag, title: item.title, lvl, pid, kid, d, exportFileType } + console.log('开始=》', ccc) + + + + + // d: 本节点 在父节点的 层级 （） + + const { + dataTextarea, + dataTextarea_end, + dataTextarea_start, + isTab, + isLoop, + LoopOrderBy, + isUsedCondition, + loopOrderByOptions, + conditionList, + + } = item.item + let isUsedChangeKnife = item.item.isUsedChangeKnife || false + /**判断 刀路是否条件显示 刀路的条件显示 生效的逻辑不一样 与 正反面 和是否调刀 逻辑不一样 + * conditionList 内 包含 2 3 4 则为是 + */ + let isCondition_Line = false + if (isUsedCondition && Array.isArray(conditionList)) { + for (const conditionItem of conditionList) { + if (conditionItem.conditionOptions.includes('2') || conditionItem.conditionOptions.includes('3') || conditionItem.conditionOptions.includes('4')) { + isCondition_Line = true + continue + } + } + } + let tabContent = ` ` + let tabVal = ''; + if (isTab) { + for (let i = 0; i < lvl; i++) { + tabVal = tabVal + tabContent; + } + } + + // 标识符 + let nextRow = '\n' + // 头部 + + // 主体内容 + /** + * 关键的地方 + * 逻辑分析 + * 1、 解析当前节点 所有的数据项 + * 2、 判断当前节点的数据项 的 循环依赖项 + * 3、 根据循环 依赖性 和 数据项 判断 是否循环 + */ + + // 当前节点文本 + let dataNode = dataTextarea || '' + + // 当前节点对应的 数据项 + // let dataItemList = dataNode.match(/{{\<([^>]*)>\}}/g) + let dataItemList = [] + + if (loopOrderByOptions) { + dataItemList = loopOrderByOptions.map(e => e.value) + } + + /** 该节点所有的数据项集合 */ + let dataObjectList: any = [] + + /** + * 注：解决翻面问题呢 + * 解决方案：解析数据的时候将 A B面的数据 都解析出来 + * 然后在替换文件内容的时候 根据对应的 A || B 面进行解析替换 + */ + + + // 当前节点循环的依据 + let loopObj: any = null + + if (isLoop == true) { + + let valueStr = '' + try { + valueStr = LoopOrderBy.slice(3, -3) || '' + } catch (error) { + console.log(error, LoopOrderBy); + createMessage.warn(`节点${ccc.title}配置了循环，但未配置循环依据,请前往机台配置后再试！`) + } + + let valueList = valueStr.split('|') + if (valueList.length == 3) { + let type = valueList[0]; + let itemKey = valueList[1]; + let itemLabel = valueList[2]; + loopObj = { + sourceStr: LoopOrderBy, // 在源数据中的字符串 + valueStr: valueStr, // 剔除 包裹的字符的字符串 + type, // 数据类型 + itemKey, // 数据id + itemLabel, // 数据说明 + value: '', // 要替换的数据 + tagRes: null, // 拿回来的 数据 + tagResB: null, // 拿回来的 B面数据 + tagResA: null, // 拿回来的 A面数据 + isTwoFaceList, // 暂时没用 + hasFaceAList, // 暂时没用 + hasFaceBList // 暂时没用 + } + getPlaceDataValueByDic(loopObj, targetSourceList, exportFileType) + + } + } + + + + // 解析数据项 所有数据项都解析出来 + dataItemList && dataItemList.forEach(item => { + let valueStr = item.slice(3, -3) + let valueList = valueStr.split('|') + // 既定的数据 格式为 <<{ 数据类型 | 数据ID | 数据说明 }>> 不符合的不操作 + if (valueList.length == 3) { + let type = valueList[0]; + let itemKey = valueList[1]; + let itemLabel = valueList[2]; + + // if (valueStr.includes('grooves|toolDiameter|刀直径')) { + // + // } + let temp = { + sourceStr: item, // 在源数据中的字符串 + valueStr: valueStr, // 剔除 包裹的字符的字符串 + type, // 数据类型 + itemKey, // 数据id + itemLabel, // 数据说明 + value: '', // 要替换的数据 + tagRes: '', // 从字典拿回来的数据可能要二次操作 留个位置 以防后续改动 + tagResB: null, // 拿回来的 B面数据 + tagResA: null // 拿回来的 A面数据 + } + getPlaceDataValueByDic(temp, targetSourceList, exportFileType) + dataObjectList.push(temp); + } + }); + //** 不同的面 循环的依据是不一样的 所以要分开写 tagRes tagResA tagResB */ + if (isFileSort) { + // A面 + if (_flag == 'start' || _flag == 'A') { + if (isUsedChangeKnife == true) { + hasConfig.value = true + } + // A面 头部补充内容 + if (dataTextarea_start) { + outPutString.value = outPutString.value + (dataTextarea_start || '') + nextRow + } + // 判断这个节点是否循环： 判断数据的循环依赖 是否可以循环 可以的话节点进行循环 不可以直接输出 + if (isLoop && loopObj && loopObj.tagResA && Array.isArray(loopObj.tagResA)) { + if (loopObj.tagResA.length > 0) { + //轮廓 或者点阵等等 这一层级 会走这里 + const target = dataNode; + let loopMore = false + /** + * loopObj.tagResA 板 + * loopObj.tagResA[pid] 某个造型 | 孔 + * loopObj.tagResA[pid][i] 造型下的点 + */ + + // 判断是否需要三级循环 针对 点阵 轮廓 + loopObj.tagResA.forEach(item => { + if (Array.isArray(item)) { + loopMore = true + } + }) + let loopItem = loopObj.tagResA[pid] + if (kid != -1 && kid != null) { + loopItem = loopItem[kid] + } + if (loopMore && Array.isArray(loopItem) && pid != null && pid != -1) { + // 需要循环的节点 + //** 到了这里 说明是 类似点阵 轮廓等信息 loopObj.tagRes 为 多维数组的时候 */ + + loopItem.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + let changeKnifeCode: any = '' + // 换刀逻辑 + if (isUsedChangeKnife) { + changeKnifeCode = getChangeKnifeCode(ccc, loopObj, i, isCondition_Line) + + // onceLoopVal = changeKnifeCode + onceLoopVal + } + + // 条件显示 + if (isUsedCondition && isCondition_Line == false) { + let conditionInfo = checkCondition(conditionList, ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + // if (changeKnifeCode != '') { + // onceLoopVal = changeKnifeCode + conditionInfo.dataTextarea + // } + } else { + // onceLoopVal = '' + } + } + + onceLoopVal = changeKnifeCode + onceLoopVal + + // 是否是三维数组 造型轮廓的时候 + let isLev3Loop = false; + let lev3LoopList: any = []; + + + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + // 二维数组 + let tempVal = dataObj.tagResA + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 A面 + let loopOrderByList = loopObj.tagResA[pid] + let loopTempVal = null + try { + if (Array.isArray(tempVal)) { + loopTempVal = tempVal[pid] + } else { + loopTempVal = tempVal + } + } catch (error) { + + } + + if (kid != -1 && Array.isArray(loopTempVal)) { + loopTempVal = loopTempVal[kid] + loopOrderByList = loopOrderByList[kid] + } + + if (tempVal && Array.isArray(tempVal[pid])) { + // let checkVal + + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (loopTempVal.length == loopOrderByList.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + + + */ + + + tempDataObj.value = loopTempVal[i] // tempDataObj.tagResA[pid][i] + + + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + + // 真正的替换内容 + if (tempDataObj.value && Array.isArray(tempDataObj.value)) { + isLev3Loop = true + + if (lev3LoopList.length == tempDataObj.value.length && lev3LoopList.length) { + + tempDataObj.value.forEach((val, j) => { + let temp = lev3LoopList[j] + let tempVal = temp.replaceAll(tempDataObj.sourceStr, val) + lev3LoopList[j] = tempVal + }); + } else { + tempDataObj.value.forEach(val => { + let temp = onceLoopVal + let tempVal = temp.replaceAll(tempDataObj.sourceStr, val) + lev3LoopList.push(tempVal); + }); + } + + } else { + if (isUsedCondition && isCondition_Line == true && q == 0) { + + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + } + }); + // 出了循环了 + if (isLev3Loop) { + // dataNode = onceLoopVal + lev3LoopList.forEach((str) => { + dataNode = str + + // 判断是否缩进 + + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 1 A', ccc) + + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'A', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', tabVal + '\n') + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + }); + } else { + dataNode = onceLoopVal + // 判断是否缩进 + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', tabVal + '\n') + } + + console.log('ccc 2 A', ccc) + // console.log('test:',i,outPutString.value) + // outPutString.value += `// test holes ${i} ` + + + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'A', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + } + + + }) + + + } else { + + // 走到这里 一般是 板件信息 或者订单信息 + loopObj.tagResA.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let tempVal = dataObj.tagResA + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + if (Array.isArray(tempVal)) { + // let checkVal + + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (tempVal.length == loopObj.tagResA.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + */ + + tempDataObj.value = tempDataObj.tagResA[i] + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + // 真正的替换内容 + if (isUsedCondition && isCondition_Line == true && q == 0) { + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + }); + dataNode = onceLoopVal + // 判断是否缩进 + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 3 A', ccc) + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, i, 'A') + } + + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + }); + } + } + + } else { + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + + dataObjectList.forEach(dataObj => { + // 从字典拿回来的数据可能要二次操作 留个位置 + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + + let tempVal = dataObj.tagResA + + if (Array.isArray(tempVal)) { + if (pid != null) { + let target = tempVal[pid] + if (kid != -1) { + target = target[kid] + } + dataObj.value = target //tempVal[pid] + } else { + dataObj.value = tempVal.join('、') + } + + } else { + dataObj.value = tempVal + } + + + dataNode = dataNode.replaceAll(dataObj.sourceStr, dataObj.value) + + + }); + console.log('ccc 4 A', ccc, fileDataA.value) + outPutString.value = outPutString.value + dataNode + nextRow + + // 标签头部 结束 + + + // 标签 子节点的内容 A 面 不循环 节点 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'A') + } + // 标签尾部 + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + } + } + if (_flag == 'start' && hasConfig.value == true) { + // 加工完成 收刀 + + // 收刀 + hasConfig.value = false + if (allProcessList.value && allProcessList.value[allProcessList.value.length - 1]) { + let finalWorkKnife = allProcessList.value[allProcessList.value.length - 1].processItem.knife + outPutString.value += finalWorkKnife.axisStopCode + finalWorkKnife.knifeStopCode + } + + } + + // B面 + if (_flag == 'start' || _flag == 'B') { + if (isUsedCondition == true) { + hasConfig.value = true + } + // B面 头部补充内容 + if (dataTextarea_start) { + + outPutStringB.value = outPutStringB.value + (dataTextarea_start || '') + nextRow + + } + // 判断数据的循环依赖 是否可以循环 可以的话节点进行循环 不可以直接输出 + if (isLoop && loopObj && loopObj.tagResB && Array.isArray(loopObj.tagResB)) { + if (loopObj.tagResB.length > 0) { + //轮廓 或者点阵等等 这一层级 会走这里 + const target = dataNode; + + let loopMore = false + + // 判断是否需要三级循环 针对 点阵 轮廓 + loopObj.tagResB.forEach(item => { + if (Array.isArray(item)) { + loopMore = true + } + }) + let loopItem = loopObj.tagResB[pid] + if (kid != -1 && kid != null) { + loopItem = loopItem[kid] + } + + if (loopMore && Array.isArray(loopItem) && pid != null && pid != -1) { + //** 到了这里 说明是 类似点阵 轮廓等信息 loopObj.tagRes 为 多维数组的时候 循环的基准点就变了 */ + + loopItem.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + let changeKnifeCode: any = '' + // 换刀逻辑 + if (isUsedChangeKnife) { + changeKnifeCode = getChangeKnifeCode(ccc, loopObj, i, isCondition_Line) + + onceLoopVal = changeKnifeCode + onceLoopVal + } + + // 条件显示 + if (isUsedCondition && isCondition_Line == false) { + let conditionInfo = checkCondition(conditionList, ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + // if (changeKnifeCode != '') { + // onceLoopVal = changeKnifeCode + conditionInfo.dataTextarea + // } + } else { + onceLoopVal = '' + } + } + onceLoopVal = changeKnifeCode + onceLoopVal + + + let isLev3Loop = false; // 是否时三维数组 造型轮廓的时候 + let lev3LoopList: any = []; + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let tempVal = dataObj.tagResB + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 B面 + let loopOrderByList = loopObj.tagResB[pid] + let loopTempVal: any = null + + try { + if (Array.isArray(tempVal)) { + loopTempVal = tempVal[pid] + } else { + loopTempVal = tempVal + } + } catch (error) { + + } + + if (kid != -1 && Array.isArray(loopTempVal)) { + loopTempVal = loopTempVal[kid] + loopOrderByList = loopOrderByList[kid] + } + // if (tempVal == null) { + // loopTempVal = '' + // } else { + // loopTempVal = tempVal[pid] + // } + + // if (kid != -1) { + // loopTempVal = loopTempVal[kid] + // loopOrderByList = loopOrderByList[kid] + // } + + if (tempVal && Array.isArray(tempVal[pid])) { + // let checkVal + + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (loopTempVal.length == loopOrderByList.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + */ + + tempDataObj.value = loopTempVal[i] // tempDataObj.tagResB[pid][i] + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + + + // 真正的替换内容 + if (tempDataObj.value && Array.isArray(tempDataObj.value)) { + isLev3Loop = true + + if (lev3LoopList.length == tempDataObj.value.length) { + tempDataObj.value.forEach((val, j) => { + let temp = lev3LoopList[j] + + let replaceVal = val || ''; + let tempVal = temp.replaceAll(tempDataObj.sourceStr, replaceVal) + lev3LoopList[j] = tempVal + }); + } else { + tempDataObj.value.forEach(val => { + let temp = onceLoopVal + let tempVal = temp.replaceAll(tempDataObj.sourceStr, val) + lev3LoopList.push(tempVal); + }); + } + + } else { + if (isUsedCondition && isCondition_Line == true && q == 0) { + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + } + }); + if (isLev3Loop) { + lev3LoopList.forEach(str => { + dataNode = str + // 判断是否缩进 + + if (isTab) { + outPutStringB.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 1 B', ccc) + outPutStringB.value = outPutStringB.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'B', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutStringB.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutStringB.value = outPutStringB.value + (endStr || '') + nextRow + } + }) + } else { + dataNode = onceLoopVal + // 判断是否缩进 + + if (isTab) { + outPutStringB.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 2 B', ccc) + outPutStringB.value = outPutStringB.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'B', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutStringB.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutStringB.value = outPutStringB.value + (endStr || '') + nextRow + } + } + + }) + + + } else { + // 走到这里 一般是 板件信息 或者订单信息 + loopObj.tagResB.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let tempVal = dataObj.tagResB + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + if (Array.isArray(tempVal)) { + // let checkVal + + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (tempVal.length == loopObj.tagResB.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + */ + + tempDataObj.value = tempDataObj.tagResB[i] + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + // 真正的替换内容 + if (isUsedCondition && isCondition_Line == true && q == 0) { + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + }); + dataNode = onceLoopVal + // 判断是否缩进 + if (isTab) { + outPutStringB.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 3 B', ccc) + outPutStringB.value = outPutStringB.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, i, 'B') + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutStringB.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutStringB.value = outPutStringB.value + (dataTextarea_end || '') + nextRow + } + }); + } + } + + } else { + if (isTab) { + outPutStringB.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + + dataObjectList.forEach(dataObj => { + // 从字典拿回来的数据可能要二次操作 留个位置 + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + let tempVal = dataObj.tagResB + + if (Array.isArray(tempVal)) { + if (pid != null) { + let target = tempVal[pid] + if (kid != -1) { + target = target[kid] + } + dataObj.value = target //tempVal[pid] + } else { + dataObj.value = tempVal.join('、') + } + } else { + dataObj.value = tempVal + } + + + dataNode = dataNode.replaceAll(dataObj.sourceStr, dataObj.value) + + + }); + console.log('ccc 4 B', ccc) + outPutStringB.value = outPutStringB.value + dataNode + nextRow + + // 标签头部 结束 + + + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'B') + } + // 标签尾部 + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutStringB.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutStringB.value = outPutStringB.value + (endStr || '') + nextRow + } + } + } + if (_flag == 'start' && hasConfig.value == true) { + // 加工完成 收刀 + + // 收刀 + hasConfig.value = false + if (allProcessList.value && allProcessList.value[allProcessList.value.length - 1]) { + let finalWorkKnife = allProcessList.value[allProcessList.value.length - 1].processItem.knife + outPutStringB.value += finalWorkKnife.axisStopCode + finalWorkKnife.knifeStopCode + } + + } + } else { + //#region 新的 写入文件 不分面 + + // 判断是否分面 + if (isUsedChangeKnife == true) { + hasConfig.value = true + } + + + // 头部补充内容 + if (dataTextarea_start) { + outPutString.value = outPutString.value + (dataTextarea_start || '') + nextRow + } + + + + // 判断数据的循环依赖 是否可以循环 可以的话节点进行循环 不可以直接输出 + if (isLoop && loopObj && loopObj.tagRes && Array.isArray(loopObj.tagRes)) { + if (loopObj.tagRes.length > 0) { + //轮廓 或者点阵等等 这一层级 会走这里 + const target = dataNode; + + let loopMore = false + + // 判断是否需要三级循环 针对 点阵 轮廓 + loopObj.tagRes.forEach(item => { + if (Array.isArray(item)) { + loopMore = true + } + }) + // pid 板 // kid // 造型 i + let loopItem = loopObj.tagRes[pid] + if (kid != -1 && kid != null) { + loopItem = loopItem[kid] + } + if (loopMore && Array.isArray(loopItem) && pid != null && pid != -1) { + //** 到了这里 说明是 类似点阵 轮廓等信息 loopObj.tagRes 为 多维数组的时候 循环的基准点就变了 */ + loopItem.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + let changeKnifeCode: any = '' + // 换刀逻辑 + if (isUsedChangeKnife) { + changeKnifeCode = getChangeKnifeCode(ccc, loopObj, i, isCondition_Line) + + onceLoopVal = changeKnifeCode + onceLoopVal + } + + // 条件显示 + + if (isUsedCondition && isCondition_Line == false) { + let conditionInfo = checkCondition(conditionList, ccc, loopObj, i, isCondition_Line) + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + // if (changeKnifeCode != '') { + // onceLoopVal = changeKnifeCode + conditionInfo.dataTextarea + // } + } else { + onceLoopVal = '' + } + } + onceLoopVal = changeKnifeCode + onceLoopVal + + let isLev3Loop = false; // 是否时三维数组 造型轮廓的时候 + let lev3LoopList: any = []; + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let tempVal = dataObj.tagRes + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + let loopOrderByList = loopObj.tagRes[pid] + let loopTempVal = tempVal[pid] + if (kid != -1 && Array.isArray(tempVal)) { + + loopTempVal = loopTempVal[kid] + loopOrderByList = loopOrderByList[kid] + } + if (Array.isArray(loopTempVal)) { + // let checkVal + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (loopTempVal.length == loopOrderByList.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + */ + + // console.log('see!!!!!!!!!!!!!!!!!!!!',loopTempVal); + tempDataObj.value = loopTempVal[i] // tempDataObj.tagRes[pid][i] + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + + + + // 真正的替换内容 + // 将数据写入的 当前节点的字符串 + + if (tempDataObj.value && Array.isArray(tempDataObj.value)) { + isLev3Loop = true + + if (lev3LoopList.length == tempDataObj.value.length && lev3LoopList.length) { + tempDataObj.value.forEach((val, j) => { + + let temp = lev3LoopList[j] + let tempVal = temp.replaceAll(tempDataObj.sourceStr, val) + lev3LoopList[j] = tempVal + }); + } else { + tempDataObj.value.forEach((val, j) => { + let temp = onceLoopVal + + let tempVal = temp.replaceAll(tempDataObj.sourceStr, val) + lev3LoopList.push(tempVal); + }); + } + + } else { + if (isUsedCondition && isCondition_Line == true && q == 0) { + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + } + + }); + // 将当前节点的字符串 写入到文件的字符串 + if (isLev3Loop) { + lev3LoopList.forEach(str => { + dataNode = str + if(str.includes('{{<')){ + + dataNode = onceLoopVal + } + // 判断是否缩进 + + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 1', ccc, i,) + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'AB', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + }) + } else { + dataNode = onceLoopVal + // 判断是否缩进 + + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 2 不封边', ccc, i) + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'AB', i) + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + } + + }) + + + } else { + // 走到这里 一般是 板件信息 或者订单信息 + loopObj.tagRes.forEach((noUsed, i) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let onceLoopVal = target + // 替换操作 + dataObjectList.forEach((dataObj, q) => { + // 从字典拿回来的数据可能要二次操作 留个位置 + let tempVal = dataObj.tagRes + let tempDataObj = dataObj + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + if (Array.isArray(tempVal)) { + // let checkVal + + // 这里做个判定 如果数组的长度是一样的 默认为 同一个数据集 用loopObj.tagRes的下标i就好 + if (tempVal.length == loopObj.tagRes.length) { + + /** + 这里就还需要判断一层 + 如果是 点数据 、轮廓数据或者 3级数据的时候 (小板 =》小板明细 =》点阵|| 轮廓 数据集 =》具体细项（要显示的数据）) + tempDataObj.tagRes[i] 应该是个数组 一维数组的情况 + 这个时候 这个循环的基准 应该 再下一级 ？？ + + 解决方案（暂定）：在真正替换文本内容的时候 做个判断和循环 + */ + + tempDataObj.value = tempDataObj.tagRes[i] + + } else if (tempVal.length == 1) { + // 若是只有一个项直接输出就好 + + tempDataObj.value = tempVal.join('、') + } else { + // 其它情况 直接输出 + + tempDataObj.value = tempVal.join('、') + } + + } else { + // 其它情况 直接输出 + tempDataObj.value = tempVal + } + // 真正的替换内容 + if (isUsedCondition && isCondition_Line == true && q == 0) { + let _ccc = { ...ccc, q } + let conditionInfo = checkCondition(conditionList, _ccc, loopObj, i, isCondition_Line) + + if (conditionInfo) { + onceLoopVal = conditionInfo.dataTextarea + } else { + onceLoopVal = '' + } + } + onceLoopVal = onceLoopVal.replaceAll(tempDataObj.sourceStr, tempDataObj.value) + }); + dataNode = onceLoopVal + // 判断是否缩进 + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + console.log('ccc 3', ccc, i) + outPutString.value = outPutString.value + dataNode + nextRow + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + createCNC(item.children, lvl + 1, targetSource, exportFileType, i, 'AB') + } + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + outPutString.value = outPutString.value + (endStr || '') + nextRow + } + }); + } + } + + } else { + if (isTab) { + outPutString.value += tabVal; + dataNode = dataNode.replaceAll('\n', '\n' + tabVal) + } + + dataObjectList.forEach(dataObj => { + // 从字典拿回来的数据可能要二次操作 留个位置 + // 绝大多数的返回数据 这里控制的返回都是 数组 + // 这里是不循环的输出结构即可 + let tempVal = dataObj.tagRes + + if (Array.isArray(tempVal)) { + if (pid != null) { + let target = tempVal[pid] + if (kid != -1) { + target = target[kid] + } + dataObj.value = target //tempVal[pid] + } else { + dataObj.value = tempVal.join('、') + } + } else { + dataObj.value = tempVal + } + + + dataNode = dataNode.replaceAll(dataObj.sourceStr, dataObj.value) + + + }); + console.log('ccc 4', ccc) + outPutString.value = outPutString.value + dataNode + nextRow + + // 标签头部 结束 + + + // 标签 子节点的内容 + if (item.children && Array.isArray(item.children)) { + + + createCNC(item.children, lvl + 1, targetSource, exportFileType, pid, 'AB') + } + // 标签尾部 + if (dataTextarea_end) { + let endStr = dataTextarea_end || '' + if (isTab) { + outPutString.value += tabVal; + endStr = endStr.replaceAll('\n', '\n' + tabVal) + } + + outPutString.value = outPutString.value + (endStr || '') + nextRow + + } + } + + if (_flag == 'start' && hasConfig.value == true) { + // 加工完成 收刀 + + // 收刀 + hasConfig.value = false + if (allProcessList.value && allProcessList.value[allProcessList.value.length - 1]) { + let finalWorkKnife = allProcessList.value[allProcessList.value.length - 1].processItem.knife + outPutStringB.value += finalWorkKnife.axisStopCode + finalWorkKnife.knifeStopCode + } + + } + + //#endregion 新的 结束 + + } + }) + } + + if (flag == undefined) { + console.log('加工结束 收刀'); + } +} + + + + + + + + +/** 翻转小板,翻转动作opType: 0翻面 1右转 2后转 3左转 */ +function turnBlock(block: PlaceBlock, opType: number, checkOverlap = true) { + let orgStyle = block.placeStyle + let newStyle = BlockHelper.getTurnedPlaceStyle(orgStyle, opType) + + let orgPlaceX = block.placeX - block.placeOffX + let orgPlaceY = block.placeY - block.placeOffY + + let offset = BlockSizePlus.getOffDis(block, newStyle) + let newPlaceX = orgPlaceX + offset.x + let newPlaceY = orgPlaceY + offset.y + block.placeOffX = offset.x + block.placeOffY = offset.y + // 修改小板的放置方式 + // console.log('修改小板的放置方式', block.blockNo, block, newStyle) + + resetPlaceStyle(block, newStyle, true) + // 重置放置,检查冲突 + // BlockHelper.replaceBlock(block.placeMaterial, block, block.boardId, new Point(newPlaceX, newPlaceY)) +} + +export function resetPlaceStyle(block: PlaceBlock, newStyle: PlaceStyle, isCNC: boolean = false) { + block.placeStyle = newStyle + + // tryFix + let _width = block.cutWidth + let _lenth = block.cutLength + if (block.width > block.length) { + block.cutWidth = Math.max(_width, _lenth) + block.cutLength = Math.min(_width, _lenth) + } else { + block.cutWidth = Math.min(_width, _lenth) + block.cutLength = Math.max(_width, _lenth) + } + + + switch (newStyle) { + case PlaceStyle.FRONT: // 正面 + block.placeWidth = block.cutWidth + block.placeLength = block.cutLength + block.placeSealLeft = block.sealLeft + block.placeSealRight = block.sealRight + block.placeSealTop = block.sealTop + block.placeSealBottom = block.sealBottom + block.holeCountSideLeft = block.holeCountLeft + block.holeCountSideRight = block.holeCountRight + block.holeCountSideTop = block.holeCountTop + block.holeCountSideBottom = block.holeCountBottom + block.placeDirection = '→' + block.placeDirection_Length = block.length > block.width - 0.001 ? '→' : '↓' + break + case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转 + block.placeWidth = block.cutLength + block.placeLength = block.cutWidth + block.placeSealLeft = block.sealBottom + block.placeSealRight = block.sealTop + block.placeSealTop = block.sealLeft + block.placeSealBottom = block.sealRight + block.holeCountSideLeft = block.holeCountBottom + block.holeCountSideRight = block.holeCountTop + block.holeCountSideTop = block.holeCountLeft + block.holeCountSideBottom = block.holeCountRight + + block.modelCountSideLeft = block.modelCountBottom + block.modelCountSideRight = block.modelCountTop + block.modelCountSideTop = block.modelCountLeft + block.modelCountSideBottom = block.modelCountRight + + block.placeDirection = '↓' + block.placeDirection_Length = block.length > block.width - 0.001 ? '↓' : '←' + break + case PlaceStyle.FRONT_TURN_BACK: // 正面后转 + block.placeWidth = block.cutWidth + block.placeLength = block.cutLength + block.placeSealLeft = block.sealRight + block.placeSealRight = block.sealLeft + block.placeSealTop = block.sealBottom + block.placeSealBottom = block.sealTop + block.holeCountSideLeft = block.holeCountRight + block.holeCountSideRight = block.holeCountLeft + block.holeCountSideTop = block.holeCountBottom + block.holeCountSideBottom = block.holeCountTop + block.placeDirection = '←' + block.placeDirection_Length = block.length > block.width - 0.001 ? '←' : '↑' + break + case PlaceStyle.FRONT_TURN_LEFT: // 正面左转 + block.placeWidth = block.cutLength + block.placeLength = block.cutWidth + block.placeSealLeft = block.sealTop + block.placeSealRight = block.sealBottom + block.placeSealTop = block.sealRight + block.placeSealBottom = block.sealLeft + block.holeCountSideLeft = block.holeCountTop + block.holeCountSideRight = block.holeCountBottom + block.holeCountSideTop = block.holeCountRight + block.holeCountSideBottom = block.holeCountLeft + block.placeDirection = '↑' + block.placeDirection_Length = block.length > block.width - 0.001 ? '↑' : '→' + break + case PlaceStyle.BACK: // 反面 + block.placeWidth = block.cutWidth + block.placeLength = block.cutLength + block.placeSealLeft = block.sealRight + block.placeSealRight = block.sealLeft + block.placeSealTop = block.sealTop + block.placeSealBottom = block.sealBottom + block.holeCountSideLeft = block.holeCountRight + block.holeCountSideRight = block.holeCountLeft + block.holeCountSideTop = block.holeCountTop + block.holeCountSideBottom = block.holeCountBottom + block.placeDirection = '→' + block.placeDirection_Length = block.length > block.width - 0.001 ? '→' : '↑' + break + case PlaceStyle.BACK_TURN_RIGHT: // 反面右转 + block.placeWidth = block.cutLength + block.placeLength = block.cutWidth + block.placeSealLeft = block.sealBottom + block.placeSealRight = block.sealTop + block.placeSealTop = block.sealRight + block.placeSealBottom = block.sealLeft + block.holeCountSideLeft = block.holeCountBottom + block.holeCountSideRight = block.holeCountTop + block.holeCountSideTop = block.holeCountRight + block.holeCountSideBottom = block.holeCountLeft + block.placeDirection = '↓' + block.placeDirection_Length = block.length > block.width - 0.001 ? '↓' : '→' + break + case PlaceStyle.BACK_TURN_BACK: // 反面后转 + block.placeWidth = block.cutWidth + block.placeLength = block.cutLength + block.placeSealLeft = block.sealLeft + block.placeSealRight = block.sealRight + block.placeSealTop = block.sealTop + block.placeSealBottom = block.sealBottom + block.holeCountSideLeft = block.holeCountLeft + block.holeCountSideRight = block.holeCountRight + block.holeCountSideTop = block.holeCountTop + block.holeCountSideBottom = block.holeCountBottom + block.placeDirection = '←' + block.placeDirection_Length = block.length > block.width - 0.001 ? '←' : '↓' + break + case PlaceStyle.BACK_TURN_LEFT: // 反面左转 + block.placeWidth = block.cutLength + block.placeLength = block.cutWidth + block.placeSealLeft = block.sealTop + block.placeSealRight = block.sealBottom + block.placeSealTop = block.sealLeft + block.placeSealBottom = block.sealRight + block.holeCountSideLeft = block.holeCountTop + block.holeCountSideRight = block.holeCountBottom + block.holeCountSideTop = block.holeCountLeft + block.holeCountSideBottom = block.holeCountRight + block.placeDirection = '↑' + block.placeDirection_Length = block.length > block.width - 0.001 ? '↑' : '←' + break + default: + break + } + // this.resetDoFace_HoleModel(block) + resetDoFace_HoleModel(block, isCNC) +} + +function resetDoFace_HoleModel(block: PlaceBlock, isCNC: boolean = false) { + + let isTurnOver = block.isTurnOver + + let orgMA = block.blockDetail.modelListFaceA + let orgMB = block.blockDetail.modelListFaceB + let orgMT = block.blockDetail.modelListThrough + let orgHA = block.blockDetail.holeListFaceA + let orgHB = block.blockDetail.holeListFaceB + let orgHT = block.blockDetail.holeListThrough + + if (isTurnOver) { + block.modelListFaceA = orgMB.concat(orgMT); + block.modelListFaceB = orgMA; + block.holeListFaceA = orgHB.concat(orgHT); + block.holeListFaceB = orgHA; + } + else { + block.modelListFaceA = orgMA.concat(orgMT); + block.modelListFaceB = orgMB; + block.holeListFaceA = orgHA.concat(orgHT);; + block.holeListFaceB = orgHB; + } + + + //获取贴标位置 + let p = getPlaceXYInBlock(block, block.blockDetail.labelPosX, block.blockDetail.labelPosY, false, false); + block.labelPosX = p.x; + block.labelPosY = p.y; +} + +/** 获得原坐标在放置后的新坐标 */ +function getPlaceXYInBlock(block: PlaceBlock, x: number, y: number, isSealed: boolean, isFaceB = false, preCutValueOff = null): Point { + let bwidth = block.cutWidth + let blength = block.cutLength + let x0: any = x + let y0: any = y + if (isSealed) // 已封边 + { + bwidth = block.width + blength = block.length + x0 += block.offsetX + y0 += block.offsetY + } + if (!isSealed && preCutValueOff) // 没封边，且有封边 + { + bwidth += preCutValueOff.w + blength += preCutValueOff.l + x0 += preCutValueOff.x + y0 += preCutValueOff.y + } + + let _point: any = BlockHelper.getPlacedPostionInBlock(block.placeStyle, bwidth, blength, x0, y0, isFaceB) + + return _point +} +/* 设置数据源 导出CNC时 用到的数据源 */ +async function _setDataSource(sourceIn, exportFileType) { + let targetSourceList: any = []; + if (Array.isArray(sourceIn)) { + targetSourceList = sourceIn + } else { + targetSourceList = [sourceIn] + } + + let source: Array | Array = targetSourceList + // 数据归类 A（正面）B（反面） + /**翻面后的数据集 反面 */ + let sourceB: Array | Array = [] + + /**正面的数据集 */ + let sourceA: Array | Array = [] + + if (drillConfig.value?.isFileSort == undefined) { + drillConfig.value.isFileSort = false + } + + if (drillConfig.value?.isFileSort == true) { + + if (exportFileType == 0 || exportFileType == 1) { + // 这里的 数据源是小板的集合 做个分类 + + for (const block of source) { + + + let hasProcess = false + let doSideModel = false + let hasA = (block.blockDetail.holeListFaceA.length > 0 || block.blockDetail.modelListFaceA.length > 0) + let hasB = (block.blockDetail.holeListFaceB.length > 0 || block.blockDetail.modelListFaceB.length > 0) + + + if (hasA == false && hasB == false) { + hasA = true + } + if (placeData.value.sysConfig.isExportOrderProcess) { + hasA = true + hasB = true + } + // placeData.value.sysConfig.isExportOrderProcess + + if (hasA) { + var blockA: PlaceBlock = cloneDeep(block) + resetPlaceStyle(blockA, blockA.placeStyle, true) + if (blockA.blockDetail.holes.length > 0 || blockA.blockDetail.models.length > 0) { + hasProcess = true + } + + if (blockA.blockDetail.modelListSide.length > 0) { + doSideModel = true + hasProcess = true + } + + for (const hole of blockA.holes) { + let p = await BlockHelper.getPlaceXYInBoard(blockA, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + hole.pointZ = getProcessItemPointZ(hole.depth, blockA.thickness, hole.face, false) + } + + + for (const hole of blockA.holeListFaceA) { + let p = await BlockHelper.getPlaceXYInBoard(blockA, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + hole.pointZ = getProcessItemPointZ(hole.depth, blockA.thickness, hole.face, false) + } + + for (const hole of blockA.holeListFaceB) { + let p = await BlockHelper.getPlaceXYInBoard(blockA, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + hole.pointZ = getProcessItemPointZ(hole.depth, blockA.thickness, hole.face, false) + } + + for (const model of blockA.modelListFaceA) { + model.pointList.forEach(async point => { + let p = await BlockHelper.getPlaceXYInBoard(blockA, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + // point.pointZ = getProcessItemPointZ(point.depth, blockA.thickness, model.face, false) + }) + } + + for (const model of blockA.modelListFaceB) { + model.pointList.forEach(async point => { + let p = await BlockHelper.getPlaceXYInBoard(blockA, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + // point.pointZ = getProcessItemPointZ(point.depth, blockA.thickness, model.face, false) + }) + } + + for (const sideModel of blockA.blockDetail.modelListSide) { + if (sideModel.realPointList.length == 0) { + sideModel.realPointList = sideModel.pointList + } + for (const point of sideModel.realPointList) { + let p = await BlockHelper.getPlaceXYInBoard(blockA, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + // point.pointZ = Math.abs(point.pointZ) - blockA.thickness + // point.pointZ = getProcessItemPointZ(point.pointZ, blockA.thickness, sideModel.direction, true) // Math.abs(point.pointZ) - blockA.thickness + } + } + const border_final = await BlockPlus.transformBorder(blockA.blockDetail.borderContour.borderFinal, blockA.placeStyle, blockA.width, blockA.length) + blockA.blockDetail.borderContour.borderFinal = border_final + + const border = await BlockPlus.transformBorder(blockA.blockDetail.borderContour.border, blockA.placeStyle, blockA.width, blockA.length) + blockA.blockDetail.borderContour.border = border + + const borderOrg = await BlockPlus.transformBorder(blockA.blockDetail.borderContour.borderOrg, blockA.placeStyle, blockA.width, blockA.length) + blockA.blockDetail.borderContour.borderOrg = borderOrg + await transformDataValue(blockA, drillConfig.value.projectList) + sourceA.push(blockA) + } + + if (hasB) { + var blockB: PlaceBlock = cloneDeep(block) //new PlaceBlock(block) + resetPlaceStyle(blockB, blockB.placeStyle, true) + // 穿 孔 || 造型 剔除掉 + //#region 挖穿的 部分 有A面加工 在A面做 没有的话 在B面做 + if (hasProcess == false) { + blockB.holeListFaceB = blockB.holeListFaceB.filter(e => e.depth < blockB.thickness); + blockB.holeListFaceA = blockB.holeListFaceA.filter(e => e.depth < blockB.thickness); + + blockB.blockDetail.holes = blockB.holes.filter(e => e.depth < blockB.thickness) + blockB.blockDetail.holeListFaceB = blockB.holeListFaceB.filter(e => e.depth < blockB.thickness); + blockB.blockDetail.holeListFaceA = blockB.holeListFaceA.filter(e => e.depth < blockB.thickness); + + blockB.modelListFaceA.filter(e => e.depth < blockB.thickness) + blockB.modelListFaceB.filter(e => e.depth < blockB.thickness) + + blockB.blockDetail.modelListFaceA.filter(e => e.depth < blockB.thickness) + blockB.blockDetail.modelListFaceB.filter(e => e.depth < blockB.thickness) + blockB.blockDetail.models.filter(e => e.depth < blockB.thickness) + } + //#endregion + await turnBlock(blockB, 0) + + for (const hole of block.holes) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + } + + + for (const hole of blockB.holeListFaceA) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + } + + for (const hole of blockB.holeListFaceB) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, hole.pointX, hole.pointY) + + hole.pointX = p.x + hole.pointY = p.y + } + + for (const model of blockB.modelListFaceA) { + for (const point of model.pointList) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + } + + } + + for (const model of blockB.modelListFaceB) { + for (const point of model.pointList) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + } + } + + for (const sideModel of blockB.blockDetail.modelListSide) { + if (sideModel.realPointList.length == 0) { + sideModel.realPointList = sideModel.pointList + } + for (const point of sideModel.realPointList) { + let p = await BlockHelper.getPlaceXYInBoard(blockB, point.pointX, point.pointY) + point.pointX = p.x + point.pointY = p.y + point.pointZ = Math.abs(point.pointZ) - blockB.thickness + } + } + + + + + const border_final = await BlockPlus.transformBorder(blockB.blockDetail.borderContour.borderFinal, blockB.placeStyle, blockB.width, blockB.length) + blockB.blockDetail.borderContour.borderFinal = border_final + + + const border = await BlockPlus.transformBorder(blockB.blockDetail.borderContour.border, blockB.placeStyle, blockB.width, blockB.length) + blockB.blockDetail.borderContour.border = border + + + const borderOrg = await BlockPlus.transformBorder(blockB.blockDetail.borderContour.borderOrg, blockB.placeStyle, blockB.width, blockB.length) + blockB.blockDetail.borderContour.borderOrg = borderOrg + + await transformDataValue(blockB, drillConfig.value.projectList) + + sourceB.push(blockB) + // sourceB.push(blockB) + } + } + + + } else { + sourceA = source.slice(); + sourceB = source.slice(); + // 这里的 数据源是大板的集合 + sourceB.forEach(board => { + PlacePositionHelper.turnPlacePosition(board, drillConfig.value.processLocation) + + board.blockList.forEach(block => { + turnBlock(block, 0) + + BlockHelper.resetPlaceStyle(block, block.placeStyle) + + const border_final = BlockPlus.transformBorder(block.blockDetail.borderContour.borderFinal, block.placeStyle, block.width, block.length) + const border = BlockPlus.transformBorder(block.blockDetail.borderContour.border, block.placeStyle, block.width, block.length) + const borderOrg = BlockPlus.transformBorder(block.blockDetail.borderContour.borderOrg, block.placeStyle, block.width, block.length) + block.blockDetail.borderContour.borderFinal = border_final + block.blockDetail.borderContour.border = border + block.blockDetail.borderContour.borderOrg = borderOrg + + transformDataValue(block, drillConfig.value.projectList) + }); + }); + } + // console.log('sourceA:', sourceA[0]?.place, 'sourceB：', sourceB) + } + + // 加工项做个排序 减少换刀 + // sortSource 排序 + fileDataA.value = sourceA + fileDataB.value = sourceB + fileDataAB.value = source + + + return +} +/** + * 获取实际Z坐标 + * @param depth 加工深度 + * @param thickness 板厚 + * @param face 0 正面 1 反面 加工面 若侧面造型 face读取 _flag（加工面）-- =》A =0 B = 1 AB = 2 + * @param isSide true 是 false 否 是否是侧面加工 + * 说明 条件1、 板面 或者是 台面 --机台配置 originZ0Position + * 条件2、 是否翻面加工 (A面 B面) --根据是否分面导出判断 + * 条件3、 判断哪个面的加工 + * 若 isSide 为true depth 要穿 pointZ + * @returns + */ +function getProcessItemPointZ(depth: number, thickness: number, face, isSide) { + let z = 0 + if (isSide) { + // 侧面加工 + if (drillConfig.value?.originZ0Position == 0) { + // 台面 + if (drillConfig.value?.isFileSort == true) { + // 分面 + if (face == 0) { + // 正面 + z = depth + } else { + // 反面 + z = thickness - depth + } + + } else { + // 不分面 + if (face == 0) { + // 正面 + z = thickness - depth + } else { + // 反面 + z = depth + } + } + } else { + // 板面 + if (drillConfig.value?.isFileSort == true) { + // 分面 + if (face == 0) { + // 正面 + z = - depth + } else { + // 反面 + z = - depth + } + } else { + // 不分面 + + if (face == 0) { + // 正面 + z = - depth + } else { + // 反面 + z = - (thickness - depth) + } + } + } + } else { + // 垂直加工 + + if (drillConfig.value?.originZ0Position == 0) { + // 台面 + + if (drillConfig.value?.isFileSort == true) { + // 分面 + if (face == 0) { + // 正面 + z = thickness - depth + } else { + // 反面 + z = thickness - depth + } + } else { + // 不分面 + if (face == 0) { + // 正面 + z = thickness - depth + } else { + // 反面 + z = depth + } + } + } else { + // 板面 + + if (drillConfig.value?.isFileSort == true) { + // 分面 + if (face == 0) { + // 正面 + z = - depth + } else { + // 反面 + z = - depth + } + } else { + // 不分面 + if (face == 0) { + // 正面 + z = - depth + } else { + // 反面 + z = - (thickness - depth) + } + } + } + } + + return z +} + +function sortSourceProcess(arr) { + arr.sort((a, b) => a.radius - b.radius) +} + +const fileDataA = ref() +const fileDataB = ref() +const fileDataAB = ref() + +/** + * @param dictItem 字典 object 包含 type 大类标识 itemKey 小类标识 + * @param source 依据的数据项 + * @param exportFileType 导出模式 + * @param boardIndex exportFileType 为 2 大板独立模式时可能会用到 + * @param isFaceB 导出的面 为空 则导出所有 true 导出 B面（反面） false 导出 A面（正面） + * 注： 处理正反面数据的时候 + */ +/**数据处理 取值 */ +export function getPlaceDataValueByDic(dictItem: any, sourceIn?: any, exportFileType?: any) { + + // 数据归类 A（正面）B（反面） + /**翻面后的数据集 反面 */ + let sourceB: Array | Array = [] + + /**正面的数据集 */ + let sourceA: Array | Array = [] + + let source: Array | Array = [] + + source = fileDataAB.value + sourceA = fileDataA.value + sourceB = fileDataB.value + // 代码控制了下 这边 source 只可能为 block 的list 或者是 material 的list + // 0(单条数据小板) 1（所有小板） 2 （单条商品|大板） 3 (所有商品 | 大板) + + + /** + * 注---需要特殊处理的数据 + * 1、翻面 AB 面的数据 + * + * 加工-成品轮廓信息 outline + * 加工-开料成型轮廓信息 cuttingoutline + * 加工-坯料轮廓信息 rawoutline + * 加工-垂直孔列表 holes + * 加工-侧孔列表 sideHoles + * 加工-造型/凹槽列表-垂直 grooves + * 加工-造型/凹槽列表-水平 groovesH + * + * 以上数据需要处理 dictItem.tagResB 和 dictItem.tagResA 要加载对应的数据 + * */ + // 暂不处理 的值 -- 留个位置 暂时没用 + let nodeal = 'noDeal' + // fileInfo + + /** + * 辅助处理数据的 数据集 + */ + + // 余料大板 + let remainBoardList: any = [] + placeData.value.materialList.forEach(material => { + remainBoardList = remainBoardList.concat(material.remainBoardList) + }); + + + // 大板 ID集合 + let goodsIdList: any = []; + + if (exportFileType == 0 || exportFileType == 1) { + goodsIdList = source.map(e => e.goodsId) + } + let originZ0Position = drillConfig.value.originZ0Position + /**解析 说明 + * + * 如果分AB面 解析数据的时候 只要取对应面的数据就好 + * + * 这里就是 如果有分AB面 将 AB面的数据 怼到 dictItem.tagResB 和 dictItem.tagResA 里面 + */ + + switch (dictItem.type) { + // 文件信息 + //#region 文件信息 + case 'fileInfo': + switch (dictItem.itemKey) { + case 'version': + // 文件信息fileInfo + dictItem.tagRes = nodeal + break; + case 'encoding': + // 文件信息fileInfo + dictItem.tagRes = placeData.value.sysConfig.ncFileEncoding + break; + // case 'exportTime': + // dictItem.tagRes = new Date().getTime() + // break; + case 'sourceFlag': + // 文件信息fileInfo + dictItem.tagRes = nodeal + break; + case 'sourceType': + // 文件信息fileInfo + dictItem.tagRes = nodeal + break; + case 'exportTime': + // 文件信息fileInfo + dictItem.tagRes = formatToDate(new Date(), 'YYYY-MM-DD HH:mm:ss') + break; + case 'processFileOrderByFace': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.isFileSort || '' + break; + case 'processFileNameFaceA': + // 文件信息fileInfo + var fileName = drillConfig.value?.fileFrontPathName || '' + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + + fileNameConfigList && fileNameConfigList.forEach(val => { + if (exportFileType == 0 || exportFileType == 1) { + var newVal = getFileName(val, exportFileType, source, true); + fileName = fileName.replaceAll(val, newVal) + } + + }) + dictItem.tagRes = fileName + break; + case 'processFileNameFaceB': + // 文件信息fileInfo + var fileName = drillConfig.value?.fileBackPathName || '' + var fileNameConfigList = fileName.match(/{{\<([^>]*)>\}}/g) + + fileNameConfigList && fileNameConfigList.forEach(val => { + if (exportFileType == 0 || exportFileType == 1) { + var newVal = getFileName(val, exportFileType, source, true); + fileName = fileName.replaceAll(val, newVal) + } + }) + dictItem.tagRes = fileName + + break; + case 'ZipName': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.zipPathName || '' + break; + case 'exportEmptyOrder': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.isExportOrderNoBoard || '' + break; + case 'exportEmptyBoard': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.isExportOrderNoProcess || '' + break; + case 'exportProcessed': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.isExportOrderProcess || '' + break; + case 'notSignAlone': + // 文件信息fileInfo + dictItem.tagRes = drillConfig.value?.isAlreadyOrderProcess || '' + break; + default: + break; + } + break; + + //#endregion 文件信息 + // 订单信息 + //#region 订单信息 + case 'orders': + switch (dictItem.itemKey) { + case 'orderId': + // 订单信息 orders + // 现在只有一个 orderId 没有 orderNo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.orderId) + } else { + // 如果是 2 或者 3 的时候 orderId 是个数组 + dictItem.tagRes = source.map(e => e.orderId).toString().split(','); + } + break; + case 'orderNo': + // 订单信息 orders + // 现在只有一个 orderId 没有 orderNo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.orderId) + } else { + // 如果是 2 或者 3 的时候 orderId 是个数组 + dictItem.tagRes = source.map(e => e.orderId).toString().split(','); + } + break; + case 'customOrderNo': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.customOrderNo) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.customOrderNo) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + + break; + case 'dealer': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.dealer) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.dealer) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + + break; + case 'orderDate': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.orderDate) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.orderDate) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + break; + case 'deliveryDate': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.deliveryDate) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.deliveryDate) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + + break; + case 'customer': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.customer) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.customer) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + break; + case 'phoneNumber': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.phoneNumber) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.phoneNumber) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + + break; + case 'address': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.address) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.address) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + + break; + case 'salesman': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.salesman) + } else { + let tagRes: any = []; + + source.forEach(e => { + let res = e.blockList.map(e => e.order.salesman) + tagRes = tagRes.concat(res) + }) + + dictItem.tagRes = tagRes + } + break; + case 'splitter': + // 订单信息 orders + // dictItem.tagRes = source.map(e => e.order.splitter) + + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.splitter) + } else { + let tagRes: any = []; + source.forEach(e => { + let res = e.blockList.map(e => e.order.splitter) + tagRes = tagRes.concat(res) + }) + dictItem.tagRes = tagRes + } + break; + case 'status': + // 订单信息 orders + // dictItem.tagRes = source.map(e => e.order.status) + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.status) + } else { + let tagRes: any = []; + source.forEach(e => { + let res = e.blockList.map(e => e.order.status) + tagRes = tagRes.concat(res) + }) + dictItem.tagRes = tagRes + } + break; + case 'remark': + // 订单信息 orders + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.order.remark) + } else { + let tagRes: any = []; + source.forEach(e => { + let res = e.blockList.map(e => e.order.remark) + tagRes = tagRes.concat(res) + }) + dictItem.tagRes = tagRes + } + // dictItem.tagRes = source.map(e => e.order.remark) + break; + default: + break; + } + break; + + //#endregion 订单信息 + //排单信息 + + //#region 排单信息 + case 'planOrder': + switch (dictItem.itemKey) { + case 'id': + //排单信息 planOrder + dictItem.tagRes = placeData.value.planId + break; + case 'plateInfoList': + //排单信息 planOrder + dictItem.tagRes = placeData.value.materialList.map(e => e.goodsName) + break; + case 'machineName': + //排单信息 planOrder + dictItem.tagRes = placeData.value.source.machineName + break; + case 'status': + //排单信息 planOrder + dictItem.tagRes = placeData.value.status + break; + case 'optimizeGoodsCount': + //排单信息 planOrder + let length = placeData.value.blockList.length + let blockCountList = placeData.value.materialList.map(e => e.blockCount) + let count = 0; + blockCountList.forEach(e => { + count += e; + }) + dictItem.tagRes = length - count + break; + case 'cutGoodsCount': + //排单信息 planOrder + break; + case 'plateNum': + //排单信息 planOrder + dictItem.tagRes = placeData.value.blockList.length + + break; + case 'unOptimizePlateCount': + //排单信息 planOrder + break; + case 'optimizePlateCount': + //排单信息 planOrder + break; + case 'remark': + //排单信息 planOrder + dictItem.tagRes = placeData.value.remark + break; + case 'createTime': + //排单信息 planOrder + dictItem.tagRes = placeData.value.createTime + break; + case 'creator': + //排单信息 planOrder + dictItem.tagRes = placeData.value.creator + break; + case 'produceTime': + //排单信息 planOrder + dictItem.tagRes = placeData.value.produceTime + break; + default: + break; + } + break + + //#endregion 排单信息 + // 大板 + //#region 大板 + case 'materials': + switch (dictItem.itemKey) { + case 'produceTime': + // 大板（商品）materials + // dictItem.tagRes = placeData.value.materialList + break; + case 'goodsName': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.goodsName) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.goodsName); + } + }); + dictItem.tagRes = res + } + + break; + case 'material': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.material) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.material); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => e.material) + break; + case 'color': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.color) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.color); + } + }); + dictItem.tagRes = res + } + + break; + case 'texture': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.hasTexture) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.hasTexture); + } + }); + dictItem.tagRes = res + } + break; + case 'brand': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.brand) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.brand); + } + }); + dictItem.tagRes = res + } + break; + case 'width': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.width)) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.width); + } + }); + dictItem.tagRes = res + } + break; + case 'length': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.length)) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.length); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => outPutFloatNumberByConfig(e.length)) + break; + case 'thickness': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.thickness) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.thickness); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => e.thickness) + break; + case 'oddmentLength': + // 大板（商品）materials + dictItem.tagRes = remainBoardList.filter(e => goodsIdList.includes(e.goodsId))?.map(e => outPutFloatNumberByConfig(e.length)) + break; + case 'oddmentWidth': + // 大板（商品）materials + dictItem.tagRes = remainBoardList.filter(e => goodsIdList.includes(e.goodsId))?.map(e => outPutFloatNumberByConfig(e.width)) + // dictItem.tagRes = remainBoardList.map(e => outPutFloatNumberByConfig(e.width)) + break; + case 'oddmentThickness': + // 大板（商品）materials + dictItem.tagRes = remainBoardList.filter(e => goodsIdList.includes(e.goodsId))?.map(e => e.thickness) + // dictItem.tagRes = remainBoardList.map(e => e.thickness) + break; + case 'oddmentNo': + // 大板（商品）materials + dictItem.tagRes = remainBoardList.filter(e => goodsIdList.includes(e.goodsId))?.map(e => e.id) + // dictItem.tagRes = remainBoardList.map(e => e.id) + break; + case 'spec': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.spec) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.spec); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => e.spec) + break; + case 'count': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.blockCount) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.blockCount); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => e.blockCount) + break; + case 'area': + // 大板（商品）materials + if (exportFileType == 2 || exportFileType == 3) { + dictItem.tagRes = source.map(e => e.blockArea) + } else { + let res: any = []; + placeData.value.materialList.forEach(material => { + if (goodsIdList.includes(material.goodsId)) { + res.push(material.blockArea); + } + }); + dictItem.tagRes = res + } + // dictItem.tagRes = placeData.value.materialList.map(e => e.blockArea) + break; + case 'unit': + // 大板（商品）materials + // dictItem.tagRes = placeData.value.planId + break; + case 'remark': + // 大板（商品）materials + break; + default: + break; + } + break; + + //#endregion 大板 + //小板 + //#region 小板 + case 'plates': + switch (dictItem.itemKey) { + case 'produceTime': + // 小板 plates + break; + case 'roomName': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.roomName) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.roomName)) + }); + dictItem.tagRes = tagRes + } + break; + case 'bodyName': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.bodyName) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.bodyName)) + }); + dictItem.tagRes = tagRes + } + break; + case 'blockNo': + // 小板 plates + // dictItem.tagRes = + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.blockNo) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockNo)) + }); + dictItem.tagRes = tagRes + } + break; + case 'labelNo': + // 小板 plates + // if(exportFileType == 0 || exportFileType == 1){ + // dictItem.tagRes = source.map(e=>e.labelNo) + // }else{ + // let tagRes :any = []; + // source.forEach(material => { + // tagRes.concat(material.blockList.map(e=>e.labelNo)) + // }); + // dictItem.tagRes = tagRes + // } + break; + case 'blockName': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.blockName) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockName)) + }); + dictItem.tagRes = tagRes + } + break; + case 'openDoorType': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.openDoorType) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.openDoorType)) + }); + dictItem.tagRes = tagRes + } + break; + case 'count': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.count) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.count)) + }); + dictItem.tagRes = tagRes + } + break; + case 'id': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.id) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.id)) + }); + dictItem.tagRes = tagRes + } + break; + case 'plateRemark': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.plateRemark) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.plateRemark)) + }); + dictItem.tagRes = tagRes + } + break; + case 'remarkJsonDei': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.remarkJsonDei) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.remarkJsonDei)) + }); + dictItem.tagRes = tagRes + } + break; + case 'sideRemark': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.sideRemark) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.sideRemark)) + }); + dictItem.tagRes = tagRes + } + break; + case 'extraRemark': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.extraRemark) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.extraRemark)) + }); + dictItem.tagRes = tagRes + } + break; + case 'drillsRemark': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.drillsRemark) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.drillsRemark)) + }); + dictItem.tagRes = tagRes + } + break; + case 'remarkJson': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.remarkJson) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.remarkJson)) + }); + dictItem.tagRes = tagRes + } + break; + case 'specialRemark': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.specialRemark) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.specialRemark)) + }); + dictItem.tagRes = tagRes + } + break; + case 'specialRemarkDei': + // 小板 plates + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e?.remarkParams?.specialRemarkDei) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.remarkParams?.specialRemarkDei)) + }); + dictItem.tagRes = tagRes + } + break; + case 'remarkid': + // 小板 plates + break; + case 'remarkname': + // 小板 plates + break; + case 'remarkinfo': + // 小板 plates + break; + + default: + break; + } + break; + + //#endregion 小板 + // 尺寸 + //#region 尺寸 + case 'sizeInfo': + switch (dictItem.itemKey) { + + case 'width': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.width)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.width))) + }); + dictItem.tagRes = tagRes + } + break + case 'length': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.length)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.length))) + }); + dictItem.tagRes = tagRes + } + break + case 'thickness': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.thickness)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.thickness))) + }); + dictItem.tagRes = tagRes + } + break + case 'area': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.area) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.area)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealLeft': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealLeft) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealLeft)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealRight': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealRight) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealRight)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealTop': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealTop) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealTop)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealBottom': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealBottom) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealBottom)) + }); + dictItem.tagRes = tagRes + } + break + case 'cutWidth': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.cutWidth)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.cutWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'cutLength': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.cutLength)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.cutLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'cutArea': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.cutArea)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.cutArea))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeFullWidth': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeFullWidth)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeFullWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeFullLength': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeFullLength)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeFullLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'sizeExpand': + // 尺寸 sizeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sizeExpand) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sizeExpand)) + }); + dictItem.tagRes = tagRes + } + break + default: + break; + } + break; + //#endregion 尺寸 + // 高级信息 + //#region 高级信息 + case 'highInfo': + switch (dictItem.itemKey) { + + case 'isAdditionalBlock': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isAdditionalBlock) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isAdditionalBlock)) + }); + dictItem.tagRes = tagRes + } + break + case 'isRemainBlock': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isRemainBlock) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isRemainBlock)) + }); + dictItem.tagRes = tagRes + } + break + case 'texture': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.texture) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.texture)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeHole': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.placeHole) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.placeHole)) + }); + dictItem.tagRes = tagRes + } + break + case 'isUnRegular': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isUnRegular) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isUnRegular)) + }); + dictItem.tagRes = tagRes + } + break + case 'processGroupName': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.processGroupName) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.processGroupName)) + }); + dictItem.tagRes = tagRes + } + break + case 'bigHoleInFaceA': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.bigHoleInFaceA) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.bigHoleInFaceA)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountFront': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountFront) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountFront)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountBack': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountBack) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountBack)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountThrough': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountThrough) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountThrough)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountSide': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountSide) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountSide)) + }); + dictItem.tagRes = tagRes + } + break + case 'modelCountFront': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.modelCountFront) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelCountFront)) + }); + dictItem.tagRes = tagRes + } + break + case 'modelCountBack': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.modelCountBack) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelCountBack)) + }); + dictItem.tagRes = tagRes + } + break + case 'modelCountThrough': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.modelCountThrough) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelCountThrough)) + }); + dictItem.tagRes = tagRes + } + break + case 'isDoubleFaceProcess': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isDoubleFaceProcess) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isDoubleFaceProcess)) + }); + dictItem.tagRes = tagRes + } + break + case 'isTurnFaceToPlace': + // 高级信息 highInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isTurnFaceToPlace) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isTurnFaceToPlace)) + }); + dictItem.tagRes = tagRes + } + break + default: + break; + } + break + + //#endregion 高级信息 + // 优化信息 + //#region 优化信息 + case 'placeInfo': + switch (dictItem.itemKey) { + + case 'isOptimized': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isPlaced) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isPlaced)) + }); + dictItem.tagRes = tagRes + } + break + case 'boardId': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.boardId) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.boardId)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeX': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeX)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeX))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeY': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeY)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeY))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeOffX': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeOffX)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeOffX))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeOffY': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeOffY)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeOffY))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeStyle': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.placeStyle) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.placeStyle)) + }); + dictItem.tagRes = tagRes + } + break + case 'cutOrder': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.cutOrder) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.cutOrder)) + }); + dictItem.tagRes = tagRes + } + break + case 'cutPointId': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.cutPointId) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.cutPointId)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealLeft': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealLeft) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealLeft)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealRight': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealRight) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealRight)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealTop': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealTop) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealTop)) + }); + dictItem.tagRes = tagRes + } + break + case 'sealBottom': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.sealBottom) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.sealBottom)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeLength': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeLength)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'placeWidth': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeWidth)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'isTurnOver': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isTurnOver) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isTurnOver)) + }); + dictItem.tagRes = tagRes + } + break + case 'isTurnBack': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isTurnBack) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isTurnBack)) + }); + dictItem.tagRes = tagRes + } + break + case 'isTurnDown': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isTurnDown) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isTurnDown)) + }); + dictItem.tagRes = tagRes + } + break + case 'isAutoPlaced': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isAutoPlaced) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isAutoPlaced)) + }); + dictItem.tagRes = tagRes + } + break + case 'isOverlap': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isOverlap) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isOverlap)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeDirection': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.placeDirection) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.placeDirection)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeDirection_Length': + // 优化信息 placeInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.placeDirection_Length) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.placeDirection_Length)) + }); + dictItem.tagRes = tagRes + } + break + default: + break; + } + break + //#endregion 优化信息 + // 开料信息 + //#region 开料信息 + case 'cuttingInfo': + switch (dictItem.itemKey) { + case 'isCutOtherFace': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isCutOtherFace) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isCutOtherFace)) + }); + dictItem.tagRes = tagRes + } + break + case 'isDrilling': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isDrilling) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isDrilling)) + }); + dictItem.tagRes = tagRes + } + break + case 'isModeling': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.isModeling) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.isModeling)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountFaceA': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountFaceA) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountFaceA)) + }); + dictItem.tagRes = tagRes + } + break + case 'holeCountFaceB': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.holeCountFaceB) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeCountFaceB)) + }); + dictItem.tagRes = tagRes + } + break + case 'placeOffY': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => outPutFloatNumberByConfig(e.placeOffY)) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => outPutFloatNumberByConfig(e.placeOffY))) + }); + dictItem.tagRes = tagRes + } + break + case 'modelCountFaceA': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.modelCountFaceA) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelCountFaceA)) + }); + dictItem.tagRes = tagRes + } + break + case 'modelCountFaceB': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.modelCountFaceB) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelCountFaceB)) + }); + dictItem.tagRes = tagRes + } + break + case 'codeA': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.codeA) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.codeA)) + }); + dictItem.tagRes = tagRes + } + break + case 'codeB': + // 开料信息 cuttingInfo + if (exportFileType == 0 || exportFileType == 1) { + dictItem.tagRes = source.map(e => e.codeB) + } else { + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.codeB)) + }); + dictItem.tagRes = tagRes + } + break + + default: + break; + } + break + + //#endregion 开料信息 + // 封边信息 + //#region 封边信息 + case 'edging': + switch (dictItem.itemKey) { + + case 'xxx': + break + + + default: + break; + } + break + //#endregion 封边信息 + + // 轮廓 + //#region 成品轮廓 + case 'outline': + + switch (dictItem.itemKey) { + + case 'count': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null) + dictItem.tagResB = sourceB.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null) + } + dictItem.tagRes = source.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null) + + + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null)) + }); + dictItem.tagResB = tagResB + + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.length : null)) + }); + dictItem.tagRes = tagRes + + + } + + break + + case 'outline_id': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null) + dictItem.tagResB = sourceB.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null) + } + dictItem.tagRes = source.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null) + + + + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderFinal) ? e.blockDetail.borderContour.borderFinal.map((c, b) => b) : null)) + }); + dictItem.tagRes = tagRes + + } + + break + case 'outline_process': + // 目前没有 + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => { + // let arr = e.blockDetail.borderContour.borderFinal.map((x, i) => i) + // return arr + // }) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => { + // let arr = e.blockDetail.borderContour.borderFinal.map((x, i) => i) + // return arr + // } + // )) + // }); + // dictItem.tagRes = tagRes + // } + + break + + case 'remark': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.plateRemark) + dictItem.tagResB = sourceB.map(e => e.plateRemark) + } + dictItem.tagRes = source.map(e => e.plateRemark) + + + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.plateRemark)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.plateRemark)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.plateRemark)) + }); + dictItem.tagRes = tagRes + } + break + + + case 'scale': + // 成品轮廓 count + //预留边 ReservedEdge 要加 + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge)) + dictItem.tagResB = sourceB.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge)) + } + + dictItem.tagRes = source.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockdetail?.plateExtraRemark.extra.rectSealDetail.map(x => x.ReservedEdge))) + }); + dictItem.tagRes = tagRes + } + + break + case 'preMilling': + // 成品轮廓 count + // 先不管 好像现在没有 + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = 0 + dictItem.tagResB = 0 + } + dictItem.tagRes = 0 + } else { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = 0 + dictItem.tagResB = 0 + } + dictItem.tagRes = 0 + } + break + + case 'radius': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagRes = tagRes + } + + break + case 'curvature': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x?.m_Bul))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x?.m_Bul))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_Bul) || 0)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x?.m_Bul)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x?.m_Bul)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x?.m_Bul)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => { + // let arr = e.blockDetail.points.map((x) => x.curve) + // return arr + // }) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => { + // let arr = e.blockDetail.points.map((x) => x.curve) + // return arr + // } + // )) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'pointId': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i)) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i)) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map((x, i) => i))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'length': + // 成品轮廓 count + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderFinal.map(x => outPutFloatNumberByConfig(x.m_StartPoint.m_Length)))) + }); + dictItem.tagRes = tagRes + } + break + case 'width': + // 没有 + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.cutWidth) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.cutWidth + // )) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'thickness': + // 没有 + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.thickness) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.thickness + // )) + // }); + // dictItem.tagRes = tagRes + // } + break + default: + break; + } + break + + //#endregion 轮廓 + // 开料轮廓 + //#region 开料轮廓 + case 'cuttingoutline': + switch (dictItem.itemKey) { + + case 'count': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null) + dictItem.tagResB = sourceB.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null) + } + dictItem.tagRes = source.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.border) ? e.blockDetail.borderContour.border.length : null)) + }); + dictItem.tagRes = tagRes + } + break + case 'referenceOffsetY': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagRes = tagRes + } + break + case 'referenceOffsetX': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagRes = tagRes + } + break + case 'id': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i)) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i)) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => i))) + }); + dictItem.tagRes = tagRes + } + break + case 'process': + // 加工 process + + break + case 'radius': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResB = tagResB + } + + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_pre': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature_pre': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_pre': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_pre': + // 开料轮廓 cuttingoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.border.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + + + default: + break; + } + break + + //#endregion 开料轮廓 + // + //#region 胚料轮廓 + case 'rawoutline': + switch (dictItem.itemKey) { + + case 'count': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null) + dictItem.tagResB = sourceB.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null) + } + dictItem.tagRes = source.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null)) + }); + dictItem.tagResA = tagResA + + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => Array.isArray(e?.blockDetail?.borderContour?.borderOrg) ? e.blockDetail.borderContour.borderOrg.length : null)) + }); + dictItem.tagRes = tagRes + } + break + case 'referenceOffsetY': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagResA = tagResA + + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_Y - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_Y)) + }); + dictItem.tagRes = tagRes + } + break + case 'referenceOffsetX': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg[0].m_StartPoint.m_X - e?.blockDetail?.borderContour?.borderFinal[0].m_StartPoint.m_X + )) + }); + dictItem.tagRes = tagRes + } + break + case 'id': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i)) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i)) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => i))) + }); + dictItem.tagRes = tagRes + } + break + case 'process': + + break + case 'radius': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagResB = tagResB + } + + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + dictItem.tagResB = sourceB.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } + dictItem.tagRes = source.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'radius_pre': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Radius)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature_pre': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_Bul)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_pre': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_X)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_pre': + // 胚料轮廓 rawoutline + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + dictItem.tagResB = sourceB.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + } + dictItem.tagRes = source.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + }) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => { + let arr = e?.blockDetail?.borderContour?.borderOrg.map((x, i) => outPutFloatNumberByConfig(x.m_StartPoint.m_Y)) + arr.unshift(0) + arr.pop() + return arr + })) + }); + dictItem.tagRes = tagRes + } + break + default: + break; + } + break + + //#endregion 胚料轮廓 + + //#region 垂直孔 + case 'holes': + + switch (dictItem.itemKey) { + case 'count': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.length) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.length) + } + dictItem.tagRes = source.map(e => e.holeListFaceA.length + e.holeListFaceB.length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeListFaceA.length + e.holeListFaceB.length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceA': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.length) + dictItem.tagResB = sourceB.map(e => e.holeListFaceB.length) + } + dictItem.tagRes = source.map(e => e.holeListFaceA.length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceB.length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeListFaceA.length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceB': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceB.length) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.length) + } + dictItem.tagRes = source.map(e => e.holeListFaceB.length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceB.length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.holeListFaceB.length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'countThrough': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + // 穿孔会合并到 block.holeListFaceA 里面 而 blockDetail 里面的holeListFaceA 不含穿孔 相减得到穿孔数 + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.length - e.blockDetail.holeListFaceA.length) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.length - e.blockDetail.holeListFaceB.length) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountThrough) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.length - e.blockDetail.holeListFaceA.length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.length - e.blockDetail.holeListFaceB.length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountThrough)) + }); + dictItem.tagRes = tagRes + } + break + case 'id': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => b)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => b)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => b)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => b))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => b))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => b))) + }); + dictItem.tagRes = tagRes + } + break + case 'type': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c.holeType)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c.holeType)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.holeType)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.holeType))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.holeType))) + }); + dictItem.tagResB = tagResB + + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.holeType))) + }); + dictItem.tagRes = tagRes + } + break + case 'name': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.blockName) + dictItem.tagResB = sourceB.map(e => e.blockName) + } + dictItem.tagRes = source.map(e => e.blockName) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockName)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockName)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockName)) + }); + dictItem.tagRes = tagRes + } + break + case 'face': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c.face)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c.face)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.face)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.face))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.face))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.face))) + }); + dictItem.tagRes = tagRes + } + break + case 'direction': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.placeDirection) + dictItem.tagResB = sourceB.map(e => e.placeDirection) + } + dictItem.tagRes = source.map(e => e.placeDirection) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.placeDirection)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.placeDirection)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.placeDirection)) + }); + dictItem.tagRes = tagRes + } + break + case 'diameter': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c.radius * 2)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c.radius * 2)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.radius * 2)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.radius * 2))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.radius * 2))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.radius * 2))) + }); + dictItem.tagRes = tagRes + } + break + case 'diameterInner': + // 垂直孔 holes + break + case 'depth': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c.depth)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c.depth)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.depth))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c.depth))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.depth))) + }); + dictItem.tagRes = tagRes + } + break + case 'depthInner': + // 垂直孔 holes + break + + case 'toolName': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeName)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagRes = tagRes + } + break + // 刀号 + case 'toolNo': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeName)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagRes = tagRes + } + break + // 轴号 + case 'toolBelongNo': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c.knife.axleId)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c.knife.axleId)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.knife.axleId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStartCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStartCode || '')) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStartCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.axisStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStartCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStartCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.axisStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStartCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStartCode)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStartCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStartCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStartCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStartCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStartCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupStartCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupStartCode || '')) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupStartCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.holesGroupStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupEndCode': + // 垂直孔 holes + + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupEndCode || '')) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupEndCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.holesGroupEndCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeEndCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagRes = tagRes + } + break; + case 'knifeStopCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'axisStopCode': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStopCode)) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStopCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.axisStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStopCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => c?.knife?.axisStopCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c?.knife?.axisStopCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'X_start': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.pointX)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.pointX))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Y_start': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointY))) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.pointY)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.pointY))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Z_start': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'X_end': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointX)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.pointX)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.pointX))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Y_end': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c) => outPutFloatNumberByConfig(c.pointY))) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c) => outPutFloatNumberByConfig(c.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c) => outPutFloatNumberByConfig(c.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.holeListFaceA.map((c) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.holeListFaceA.map((c, b) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => outPutFloatNumberByConfig(c.pointY)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => c.pointY)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => c.pointY))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Z_end': + // 垂直孔 holes + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + dictItem.tagResB = sourceB.map(e => e.holeListFaceA.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holes.map((c, b) => { + let val = 0 + if (originZ0Position == 0) { + val = -c.pointZ - e.thickness + } else { + val = -c.pointZ + } + return outPutFloatNumberByConfig(val) + }))) + }); + dictItem.tagRes = tagRes + } + break + // case 'toolRotateX_end': + + // break + // case 'toolRotateY_end': + + // break + // case 'toolRotateZ_end': + + // break + default: + break; + } + break + + //#endregion 垂直孔 + //#region 侧孔 + case 'sideHoles': + switch (dictItem.itemKey) { + + case 'count': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountSide + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountSide + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeCountSide + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountSide) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountSide + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountSide + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeCountSide + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountSide)) + }); + dictItem.tagRes = tagRes + } + break + + + case 'countSideL': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return e.blockDetail.holeCountLeft + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountLeft + } + + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeCountLeft + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountLeft) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountLeft + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountLeft + } + + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeCountLeft + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountLeft)) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.holeCountSideLeft) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.holeCountSideLeft)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'countSideR': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return e.blockDetail.holeCountRight + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountRight + } + + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeCountRight + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountRight) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountRight + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountRight + } + + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeCountRight + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountRight)) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.holeCountSideRight) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.holeCountSideRight)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'countSideU': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return e.blockDetail.holeCountTop + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountTop + } + + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeCountTop + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountTop) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountTop + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountTop + } + + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeCountTop + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountTop)) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.holeCountSideTop) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.holeCountSideTop)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'countSideD': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return e.blockDetail.holeCountBottom + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountBottom + } + + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeCountBottom + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeCountBottom) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeCountBottom + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeCountBottom + } + + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeCountBottom + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeCountBottom)) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.holeCountSideBottom) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.holeCountSideBottom)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'countBevelled': + // 侧孔 sideHoles + break + case 'countLocking': + // 侧孔 sideHoles + break + case 'countBuildIn': + // 侧孔 sideHoles + break + case 'countHinge': + // 侧孔 sideHoles + break + + case 'id': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => b) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => b) + } + + + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => b) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => b)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => b) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => b) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => b) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => b))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // if (drillConfig.value?.isFileSort == true) { + // dictItem.tagResA = sourceA.map(e => e.blockDetail.holeListSide.map((c, b) => b)) + // } + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => b)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => b))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'type': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.holeType)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.holeType) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.holeType))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.cncCanNotProcessType)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.cncCanNotProcessType))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'name': + // 侧孔 sideHoles + // 先不管 + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockName) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockName)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'face': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.sideFace)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.sideFace) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.sideFace))) + }); + dictItem.tagRes = tagRes + } + break + case 'direction': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.direct)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.direct) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.direct))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.placeDirection) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.placeDirection)) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'diameter': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.radius * 2)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.radius * 2) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.radius * 2))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.radius * 2)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.radius * 2))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'diameterInner': + // 侧孔 sideHoles + break + case 'depth': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c.depth) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.depth))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.depth)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.depth))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'depthInner': + // 侧孔 sideHoles + break + + case 'toolName': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeName))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolNo': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStartCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'knifeStartCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStartCode))) + }); + dictItem.tagRes = tagRes + } + break + + case 'holesGroupStartCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'holesGroupEndCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStopCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.knifeStopCode))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStopCode': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axisStopCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolBelongNo': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c?.knife?.axleId))) + }); + dictItem.tagRes = tagRes + } + break; + case 'X_start': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointX)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointX))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Y_start': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointY)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointY))) + // }); + // dictItem.tagRes = tagRes + // } + break + case 'Z_start': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)))) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointZ)) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => c.pointZ))) + // }); + // dictItem.tagRes = tagRes + // } + break + + case 'X_end': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointX2)))) + }); + dictItem.tagRes = tagRes + } + break + case 'Y_end': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointY2)))) + }); + dictItem.tagRes = tagRes + } + break + case 'Z_end': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c, b) => outPutFloatNumberByConfig(c?.pointZ)))) + }); + dictItem.tagRes = tagRes + } + + break + + case 'X_safe': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c) => { + let _pointX = c?.pointX + switch (c.direct) { + case 0: + // 下侧孔 + // _pointX = + break; + case 1: + // 右侧孔 + _pointX = parseFloat(_pointX) + drillConfig.value.horiSafeSize + break; + case 2: + // 上侧孔 + break; + case 3: + // 左侧孔 + _pointX = parseFloat(_pointX) - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'Y_safe': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c) => { + let _pointY = c?.pointY + switch (c.direct) { + case 0: + // 下侧孔 + _pointY = parseFloat(_pointY) - drillConfig.value.horiSafeSize + break; + case 1: + // 右侧孔 + + break; + case 2: + // 上侧孔 + _pointY = parseFloat(_pointY) + drillConfig.value.horiSafeSize + + break; + case 3: + // 左侧孔 + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'Z_safe': + // 侧孔 sideHoles + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.holeListSide.map((c) => outPutFloatNumberByConfig(c?.pointZ)))) + }); + dictItem.tagRes = tagRes + } + break + + default: + break; + } + break + + //#endregion 侧孔 + + //#region 垂直造型 + case 'models': + + switch (dictItem.itemKey) { + case 'count': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).length) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceA': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).length) + } + dictItem.tagRes = source.map(e => e.modelListFaceA.filter(x => x.isRect == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceB': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceB.filter(x => x.isRect == false).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceB.filter(x => x.isRect == false).length) + } + dictItem.tagRes = source.map(e => e.modelListFaceB.filter(x => x.isRect == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceB.filter(x => x.isRect == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceB.filter(x => x.isRect == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelListFaceB.filter(x => x.isRect == false).length)) + }); + dictItem.tagRes = tagRes + } + + break + + case 'countThrough': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true && x.depth >= x.thickness).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false && x.depth >= x.thickness).length) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListThrough.filter(x => x.isRect == false && x.depth >= x.thickness).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false && x.depth >= x.thickness).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false && x.depth >= x.thickness).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListThrough.filter(x => x.isRect == false && x.depth >= x.thickness))) + }); + dictItem.tagRes = tagRes + } + break + case 'count2V': + // 垂直造型 models + + break + case 'count3V': + // 垂直造型 models + break + case 'id': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelId)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelId)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelId))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelId))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelId))) + }); + dictItem.tagRes = tagRes + } + break + + case 'face': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.face)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.face)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.face)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.face))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.face))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.face))) + }); + dictItem.tagRes = tagRes + } + break + case 'width': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelWidth)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelWidth)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelWidth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelWidth))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelWidth))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'length': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelLength)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelLength)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelLength)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelLength))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.modelLength))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.modelLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'depth': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.depth)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.depth)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.depth))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.depth))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.depth))) + }); + dictItem.tagRes = tagRes + } + break + // case 'widthExtend': + // break + // case 'lengthExtend': + // break + // case 'depthExtend': + // break + + case 'toolName': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolNo': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axleId || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axleId || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolBelongNo': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axleId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axleId))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axleId))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolDiameter': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.diameter)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.diameter)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.diameter)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.diameter))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.diameter))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.diameter))) + }); + dictItem.tagRes = tagRes + } + break + case 'axisStartCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axisStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStartCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupStartCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupEndCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.holesGroupEndCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStopCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.knifeStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'axisStopCode': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.axisStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_x': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_y': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_z': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagRes = tagRes + } + break + case 'tangentAngle': + // 没有 + break + case 'isletCount': + // 没有 + break + case 'pointX_start': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + + } + dictItem.tagRes = source.map(e => e.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_start': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_start': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + } + )) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_end': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_end': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_end': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.realPointList[model?.realPointList.length - 1] + // let rd = - c.depth + // if (c.face == 1) { + // rd = c.depth - e.thickness + // } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + } + )) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.realPointList[model?.realPointList.length - 1] + // let rd = - c.depth + // if (c.face == 1) { + // rd = c.depth - e.thickness + // } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.realPointList[model?.realPointList.length - 1] + // let rd = - c.depth + // if (c.face == 1) { + // rd = c.depth - e.thickness + // } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.realPointList[model?.realPointList.length - 1] + // let rd = - c.depth + // if (c.face == 1) { + // rd = c.depth - e.thickness + // } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.realPointList[model?.realPointList.length - 1] + // let rd = - c.depth + // if (c.face == 1) { + // rd = c.depth - e.thickness + // } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagRes = tagRes + } + break; + case 'radius': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))))) + }); + dictItem.tagRes = tagRes + } + break + + case 'radius_start': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature_start': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_end': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.radius)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'curvature_end': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.curve)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_pre': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointX) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointY_pre': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].pointY) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_pre': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.realPointList[0].pointY.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.realPointList[0].pointY.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.realPointList[0].pointY.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.realPointList[0].pointY.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - model.realPointList[0].pointY.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }))) + }); + dictItem.tagRes = tagRes + } + break; + case 'radius_pre': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = parseFloat(Number.isNaN(model.realPointList[0].radius) ? 0 : model.realPointList[0].radius) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature_pre': + // 垂直造型 models + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = parseFloat(model.realPointList[0].curve) + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + + default: + break; + } + + break + + //#endregion 垂直造型 + + //#region 侧面造型 + case 'modelsH': + switch (dictItem.itemKey) { + case 'count': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } + if (!flag) { + return 0 + } + + }) + dictItem.tagResB = sourceA.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'countSideL': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 3).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideR': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 1).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideU': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 2).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideD': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 0).length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'countSideLeftBottom': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 10).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideRightBottom': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 11).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideRightTop': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 12).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideLeftTop': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false && x.direction == 13).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'id': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelId))) + }); + dictItem.tagRes = tagRes + } + break + case 'face': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.direction))) + }); + dictItem.tagRes = tagRes + } + break + case 'width': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'length': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.modelLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'depth': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.depth))) + }); + dictItem.tagRes = tagRes + } + break + + + case 'toolName': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeName || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolBelongNo': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolNo': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axleId || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolDiameter': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.diameter || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'axisStartCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStartCode || '' || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'knifeStartCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'holesGroupStartCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'holesGroupEndCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'knifeStopCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.knifeStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStopCode': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c?.knife?.axisStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_x': + // 凹槽 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + dictItem.tagResB = sourceB.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetX))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_y': + // 凹槽 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + dictItem.tagResB = sourceB.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetY))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_z': + // 凹槽 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + dictItem.tagResB = sourceB.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifePointCount': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map((c, b) => c.realPointList.length || 0))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_start': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_start': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.filter(x => x.isRect == false).map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.filter(x => x.isRect == false).map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.filter(x => x.isRect == false).map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_start': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.modelEndPoint) { + return '' + } + let c = model.modelEndPoint + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return outPutFloatNumberByConfig(rd) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return outPutFloatNumberByConfig(rd) + } + + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return ( + + e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + }))) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return (e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + }))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + + + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagRes = tagRes + } + break; + + case 'curvature_start': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_start': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_safe': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_safe': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.filter(x => x.isRect == false).map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.filter(x => x.isRect == false).map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.filter(x => x.isRect == false).map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_safe': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature_safe': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.curve)))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_safe': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.radius)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_safe_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_safe_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + + return outPutFloatNumberByConfig(_pointY) + } + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_safe_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.modelEndPoint) { + return '' + } + let c = model.modelEndPoint + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return outPutFloatNumberByConfig(rd) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return outPutFloatNumberByConfig(rd) + } + + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'curvature_safe_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_safe_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'curvature_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve)) || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.curve) || '')))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_end': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius)) || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => parseFloat(parseFloat(outPutFloatNumberByConfig(model?.realPointList[model.realPointList.length - 1]?.radius))) || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'curvature': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve))))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_pre': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_pre': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_pre': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = - c.depth + if (model.face == 1) { + rd = c.depth - e.thickness + } + return outPutFloatNumberByConfig(rd) + }) + arr.pop() + let firstData = - model.realPointList[0].depth + if (model.face == 1) { + firstData = model.realPointList[0].depth - e.thickness + } + arr.unshift(outPutFloatNumberByConfig(firstData)) + return arr + + }))) + }); + dictItem.tagRes = tagRes + } + break; + + case 'curvature_pre': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.curve)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].curve) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'radius_pre': + // 侧面槽造型 modelsH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == false).map(model => { + let arr = model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)) + arr.pop() + let firstData = outPutFloatNumberByConfig(model.realPointList[0].radius) + arr.unshift(firstData) + return arr + }))) + }); + dictItem.tagRes = tagRes + } + break + default: + break; + } + break + //#endregion 侧面造型 + + //#region 侧面槽 + + case 'groovesH': + switch (dictItem.itemKey) { + case 'count': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } + if (!flag) { + return 0 + } + }) + dictItem.tagResB = sourceA.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } else { + return 0 + } + + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } + + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'countSideL': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 3).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideR': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 1).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideU': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 2).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideD': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 0).length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'countSideLeftBottom': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 10).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideRightBottom': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 11).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideRightTop': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 12).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countSideLeftTop': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } + + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } + if (!flag) { + return 0 + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } else { + return 0 + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } + if (!flag) { + return 0 + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length + } else { + return 0 + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true && x.direction == 13).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'id': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelId))) + }); + dictItem.tagRes = tagRes + } + break + case 'face': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.direction))) + }); + dictItem.tagRes = tagRes + } + break + case 'width': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.modelWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'length': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength))) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => outPutFloatNumberByConfig(c.modelLength)))) + }); + dictItem.tagRes = tagRes + } + break + case 'depth': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.depth))) + }); + dictItem.tagRes = tagRes + } + break + + + case 'toolName': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeName || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolBelongNo': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolNo': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axleId || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolDiameter': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.diameter || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStartCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStartCode || '' || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStartCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStartCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupStartCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupStartCode || '') { + return c?.knife?.holesGroupStartCode || '' + } else { + return '' + } + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupEndCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => { + if (c?.knife?.holesGroupEndCode || '') { + return c?.knife?.holesGroupEndCode || '' + } else { + return '' + } + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'knifeStopCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.knifeStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStopCode': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || '') + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c?.knife?.axisStopCode || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_x': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetX))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_y': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetY))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_z': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ) + } + }) + dictItem.tagResB = sourceB.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ)) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagRes = tagRes + } + break + + + case 'knifePointCount': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + }) + + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0)) + } else { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map((c, b) => c.realPointList.length || 0))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_start': + // 侧面槽 groovesH + + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth // drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth // drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_start': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.filter(x => x.isRect == true).map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.filter(x => x.isRect == true).map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.filter(x => x.isRect == true).map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_start': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_end': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model?.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_end': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model?.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointZ_end': + // 侧面槽 groovesH + + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.modelEndPoint) { + return '' + } + let c = model.modelEndPoint + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return outPutFloatNumberByConfig(rd) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return outPutFloatNumberByConfig(rd) + } + + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointX = point.pointX + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + model.depth + break; + case 2: + + break; + case 3: + _pointX = _pointX - model.depth + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let _pointY = point.pointY + switch (model.direction) { + case 0: + _pointY = _pointY + model.depth // drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY - model.depth // drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + + return ( + + e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + }))) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return (e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + }))) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + + + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return (e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + } + + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.slice(1, -1).map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + })) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let c = point + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagRes = tagRes + } + break; + + case 'pointX_safe': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + + let _pointX = model?.realPointList[0]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_safe': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.filter(x => x.isRect == true).map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.filter(x => x.isRect == true).map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.filter(x => x.isRect == true).map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[0]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[0] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_safe': + // 侧面槽 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + + return outPutFloatNumberByConfig(rd) + + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let c = model.realPointList[0] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_safe_end': + // 侧面槽造型 groovesH + if (exportFileType == 0 || exportFileType == 1) { + let flag = false + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointX = model?.realPointList[model.realPointList.length - 1]?.pointX + if (_pointX == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointX = p.x + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + + break; + case 1: + _pointX = _pointX + drillConfig.value.horiSafeSize + break; + case 2: + + break; + case 3: + _pointX = _pointX - drillConfig.value.horiSafeSize + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointX) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_safe_end': + // 侧面槽造型 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }) + } + })) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + let _pointY = model?.realPointList[model.realPointList.length - 1]?.pointY + if (_pointY == undefined) { + let _p = model?.pointList[model?.pointList.length - 1] + let p = BlockHelper.getPlaceXYInBoard(e, _p.pointX, _p.pointY) + _pointY = p.y + } + /** 造型方向 -2 未知（是异常情况 要排查） + * -1 斜的 0 下 1右 2上 3左 + * 10 左下斜 11 右下斜 12 右上斜 13 左上斜 */ + switch (model.direction) { + case 0: + _pointY = _pointY - drillConfig.value.horiSafeSize + break; + case 1: + break; + case 2: + _pointY = _pointY + drillConfig.value.horiSafeSize + break; + case 3: + break; + default: + break; + } + return outPutFloatNumberByConfig(_pointY) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ_safe_end': + // 侧面槽造型 groovesH + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + let flag = false + dictItem.tagResA = sourceA.map(e => { + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + + }) + } + + }) + dictItem.tagResB = sourceB.map(e => { + if (!flag) { + return e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + return outPutFloatNumberByConfig(rd) + + } + ) + } + }) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.modelEndPoint) { + return '' + } + let c = model.modelEndPoint + + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 2, true) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + let flag = false + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + if (e.holeListFaceA.length > 0 || e.modelListFaceA.length > 0) { + flag = true + return outPutFloatNumberByConfig(rd) + } + if (flag == false && (e.holeListFaceA.length == 0 || e.modelListFaceA.length == 0) && (e.blockDetail.holeListSide.length > 0 || e.blockDetail.modelListSide.length > 0)) { + flag = true + return outPutFloatNumberByConfig(rd) + } + + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 1, true) + if (!flag) { + return outPutFloatNumberByConfig(rd) + } + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListSide.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + // let c = model.modelEndPoint + // let rd = - c.z || -c.pointZ + let c = model.realPointList[model?.realPointList.length - 1] + let rd = getProcessItemPointZ(c.pointZ, e.thickness, 0, true) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + + default: + break; + } + break + + //#endregion 侧面槽 + + //#region 凹槽 + case 'grooves': + switch (dictItem.itemKey) { + case 'count': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length) + dictItem.tagResB = sourceA.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.map(x => x.realPointList.length || 0)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceA': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length) + } + dictItem.tagRes = source.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelListFaceA.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagRes = tagRes + } + break + case 'countFaceB': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length) + } + dictItem.tagRes = source.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length) + } else { + if (drillConfig.value?.isFileSort == true) { + + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.modelListFaceB.filter(e => e.isRect == true && e.isTilt == false).length)) + }); + dictItem.tagRes = tagRes + } + // if (exportFileType == 0 || exportFileType == 1) { + // dictItem.tagRes = source.map(e => e.modelListFaceB.length) + // } else { + // let tagRes: any = []; + // source.forEach(material => { + // tagRes = tagRes.concat(material.blockList.map(e => e.modelListFaceB.length)) + // }); + // dictItem.tagRes = tagRes + // } + break + + case 'countThrough': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true && x.depth >= x.thickness).length) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true && x.depth >= x.thickness).length) + } + dictItem.tagRes = source.map(e => e.blockDetail.modelListThrough.filter(x => x.isRect == true && x.depth >= x.thickness).length) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true && x.depth >= x.thickness).length)) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true && x.depth >= x.thickness).length)) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.modelListThrough.filter(x => x.isRect == true && x.depth >= x.thickness).length)) + }); + dictItem.tagRes = tagRes + } + break + + case 'id': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelId)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelId)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelId))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelId))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelId))) + }); + dictItem.tagRes = tagRes + } + break + + case 'face': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.face)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.face)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.face)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.face))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.face))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.face))) + }); + dictItem.tagRes = tagRes + } + break + case 'width': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelWidth)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelWidth)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelWidth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelWidth))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelWidth))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelWidth))) + }); + dictItem.tagRes = tagRes + } + break + case 'length': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelLength)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelLength)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelLength)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelLength))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.modelLength))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.modelLength))) + }); + dictItem.tagRes = tagRes + } + break + case 'depth': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.depth)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.depth)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.depth)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.depth))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.depth))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.depth))) + }); + dictItem.tagRes = tagRes + } + break + + case 'toolName': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolNo': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || '')) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeName || ''))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolBelongNo': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axleId)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axleId)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axleId)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axleId))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axleId))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axleId))) + }); + dictItem.tagRes = tagRes + } + break + case 'toolDiameter': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.diameter)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.diameter)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.diameter)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.diameter))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.diameter))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.diameter))) + }); + dictItem.tagRes = tagRes + } + break + + case 'axisStartCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axisStartCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStartCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeStartCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupStartCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupStartCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'holesGroupEndCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.holesGroupEndCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'knifeStopCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.knifeStopCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'axisStopCode': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.axisStopCode))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_x': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetX)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetX)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetX)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetX))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetX))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_y': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetY)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetY)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetY)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetY))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetY))) + }); + dictItem.tagRes = tagRes + } + break + case 'redundance_z': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model?.knife?.offsetZ))) + }); + dictItem.tagRes = tagRes + } + break + + + case 'knifePointCount': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.length)) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.length)) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.length)) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.length))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.length))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.length))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX_start': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointX)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_start': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.filter(x => x.isRect == true).map(e => e.modelListFaceA.map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.filter(x => x.isRect == true).map(e => e.modelListFaceA.map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.filter(x => x.isRect == true).map(e => e.blockDetail.models.map(model => outPutFloatNumberByConfig(model?.realPointList[0]?.pointY)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointZ_start': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + } + )) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[0]) { + return '' + } + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointX_end': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointX)))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY_end': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => outPutFloatNumberByConfig(model?.realPointList[model?.realPointList.length - 1]?.pointY)))) + }); + dictItem.tagRes = tagRes + } + break + + case 'pointZ_end': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + + })) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + } + )) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => { + if (!model.realPointList[model?.realPointList.length - 1]) { + return '' + } + + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointX': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointX))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointY': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => outPutFloatNumberByConfig(point.pointY))))) + }); + dictItem.tagRes = tagRes + } + break + case 'pointZ': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + }))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.filter(x => x.isRect == true).map(model => model.realPointList.map(point => { + let rd = getProcessItemPointZ(model.depth, e.thickness, model.face, false) + return outPutFloatNumberByConfig(rd) + })))) + }); + dictItem.tagRes = tagRes + } + break; + + case 'radius': + // 凹槽 grooves + if (exportFileType == 0 || exportFileType == 1) { + if (drillConfig.value?.isFileSort == true) { + dictItem.tagResA = sourceA.map(e => e.modelListFaceA.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + dictItem.tagResB = sourceB.map(e => e.modelListFaceA.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + } + dictItem.tagRes = source.map(e => e.blockDetail.models.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius)))) + } else { + if (drillConfig.value?.isFileSort == true) { + let tagResA: any = []; + sourceA.forEach(material => { + tagResA = tagResA.concat(material.blockList.map(e => e.modelListFaceA.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagResA = tagResA + + let tagResB: any = []; + sourceB.forEach(material => { + tagResB = tagResB.concat(material.blockList.map(e => e.modelListFaceA.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagResB = tagResB + } + let tagRes: any = []; + source.forEach(material => { + tagRes = tagRes.concat(material.blockList.map(e => e.blockDetail.models.map(model => model.realPointList.slice(1, -1).map(point => outPutFloatNumberByConfig(point.radius))))) + }); + dictItem.tagRes = tagRes + } + break; + + default: + break; + } + + break + + //#endregion + case 'Islets': + switch (dictItem.itemKey) { + + case 'xxx': + + + + default: + break; + } + break + case 'Hardwares': + switch (dictItem.itemKey) { + + case 'xxx': + + + + default: + break; + } + break + case 'Assemblie': + switch (dictItem.itemKey) { + + case 'xxx': + + + + default: + break; + } + break + case 'machineInfo': + switch (dictItem.itemKey) { + + case 'isOpen': + // 没有 + break + case 'configName': + + dictItem.tagRes = drillConfig.value.name + break + case 'brand': + + dictItem.tagRes = drillConfig.value.brand + break + // case 'configType': + // dictItem.tagRes = drillConfig.value.brand + // break + // case 'remark': + + // dictItem.tagRes = drillConfig.value.brand + // break + default: + break; + } + break + case 'process': + + switch (dictItem.itemKey) { + case 'verticalSafeSize': + // 垂直安全距离 + let val = outPutFloatNumberByConfig(drillConfig.value.freeHeight + placeData.value.materialList[0].thickness) + + dictItem.tagRes = val + dictItem.tagResA = val + dictItem.tagResB = val + break + case 'horizontalSafeSize': + // 水平安全距离 + dictItem.tagRes = outPutFloatNumberByConfig(drillConfig.value.horiSafeSize) + dictItem.tagResA = outPutFloatNumberByConfig(drillConfig.value.horiSafeSize) + dictItem.tagResB = outPutFloatNumberByConfig(drillConfig.value.horiSafeSize) + break + case 'freeSpeed': + // 空程速度 + dictItem.tagRes = drillConfig.value.freeSpeed + dictItem.tagResA = drillConfig.value.freeSpeed + dictItem.tagResB = drillConfig.value.freeSpeed + break + case 'startSpeed': + // 初始加工深度 + dictItem.tagRes = drillConfig.value.modelSpeed + dictItem.tagResA = drillConfig.value.modelSpeed + dictItem.tagResB = drillConfig.value.modelSpeed + break + + // case 'modelSpeed': + // dictItem.tagRes = drillConfig.value.modelSpeed + // break + // case 'millingSpeed': + // dictItem.tagRes = drillConfig.value.millingSpeed + // break + // case 'holeOrModeEnDepth': + // dictItem.tagRes = drillConfig.value.holeOrModelDeepen + // break + // case 'throughModelSlantLength': + // dictItem.tagRes = drillConfig.value.holeOrModelKnifeDeepen + // break + default: + break; + } + break + case 'machineBaseInfo': + switch (dictItem.itemKey) { + + case 'horizontalBaeePoint': + dictItem.tagRes = drillConfig.value.originZ0Position + break + case 'verticalBaeePoint': + dictItem.tagRes = drillConfig.value.originPointPosition + break + case 'lengthDirection': + dictItem.tagRes = drillConfig.value.lengthSideAxis + break + case 'shortDirection': + dictItem.tagRes = drillConfig.value.widthSideAxis + break + case 'zDirection': + dictItem.tagRes = drillConfig.value.heightAxis + break + case 'basePoint': + dictItem.tagRes = drillConfig.value.processLocation + break + case 'boardStyle': + dictItem.tagRes = drillConfig.value.setBoardStyle + break + case 'overLapStyle': + dictItem.tagRes = drillConfig.value.overLapStyle + break + case 'isFourSideFrontBackItem': + dictItem.tagRes = drillConfig.value.isFourSideFrontBackItem + break + default: + break; + } + break + case 'processHoles': + switch (dictItem.itemKey) { + + case 'freeSpeed': + dictItem.tagRes = drillConfig.value?.holeFreeSpeed || '' + break + case 'holeSpeed': + dictItem.tagRes = drillConfig.value?.holeSpeed || '' + break + case 'isHoleDelay': + dictItem.tagRes = drillConfig.value?.isHoleDelay || '' + break + case 'holeDelayCode': + dictItem.tagRes = drillConfig.value?.holeDelayCode || '' + break + case 'isPreHoleDelay': + dictItem.tagRes = drillConfig.value?.isPreHoleDelay || '' + break + case 'preHoleDelayCode': + dictItem.tagRes = drillConfig.value?.preHoleDelayCode || '' + break + case 'throughHoleOneTime': + dictItem.tagRes = drillConfig.value?.throughHoleOneTime || '' + break + case 'throughHoleProcessMode': + dictItem.tagRes = drillConfig.value?.throughHoleProcessMode || '' + break + case 'holeEnDepth': + dictItem.tagRes = drillConfig.value?.throughHoleDeepen || '' + break + default: + break; + } + break + case 'processModel': + + switch (dictItem.itemKey) { + + case 'modelSpeed': + dictItem.tagRes = drillConfig.value?.modelSpeed || '' + break + case 'millingSpeed': + dictItem.tagRes = drillConfig.value?.millingSpeed || '' + break + case 'holeOrModeEnDepth': + dictItem.tagRes = drillConfig.value?.holeOrModelDeepen || '' + break + case 'throughModelSlantLength': + dictItem.tagRes = drillConfig.value?.holeOrModelKnifeDeepen || '' + break + + + default: + break; + } + break + case 'processUnRegular': + switch (dictItem.itemKey) { + + case 'overRun_unRegular': + dictItem.tagRes = drillConfig.value?.specialShapedBorder || '' + break + + + + default: + break; + } + break + + // case 'knifes': + // switch (dictItem.itemKey) { + + // case 'knifeId': + // // dictItem.tagRes = knifeId + + // break + + + + // default: + // break; + // } + // break + case 'DataDefinition': + switch (dictItem.itemKey) { + + case 'ncFileEncoding': + + + + default: + break; + } + break + case 'DataPreDeal': + switch (dictItem.itemKey) { + + case 'maxGrooveWidth': + dictItem.tagRes = drillConfig.value?.maxSlotWidth || '' + break + case 'minGrooveWidth': + dictItem.tagRes = drillConfig.value?.maxSlotLength || '' + break + case 'GrooveExLength': + dictItem.tagRes = drillConfig.value?.slotLengthExtend || '' + break + case 'GrooveExWidth': + dictItem.tagRes = drillConfig.value?.slotWidthExtend || '' + break + case 'GrooveExDepth': + dictItem.tagRes = drillConfig.value?.slotDepthExtend || '' + break + + case 'GrooveIsInside': + dictItem.tagRes = drillConfig.value?.isSlotLimitInsideBoard || '' + break + case 'GrooveDirectionX': + dictItem.tagRes = drillConfig.value?.slotProcessDirectionY || '' + break + case 'GrooveDirectionY': + dictItem.tagRes = drillConfig.value?.slotProcessDirectionX || '' + break + + case 'sawProcessContent': + dictItem.tagRes = drillConfig.value?.slotProcessCut || '' + break + case 'arcTurnPolylineLen': + dictItem.tagRes = drillConfig.value?.arcTurnPolylineLen || '' + break + case 'isProcess_throuthhole': + dictItem.tagRes = drillConfig.value?.isThroughHole2FaceProcess || '' + break + + case 'isDBProcess_throuthModel': + dictItem.tagRes = drillConfig.value?.isThroughModel2FaceProcess || '' + break + case 'DBProcess_Depth': + dictItem.tagRes = drillConfig.value?.processDepth2Face || '' + break + case 'unRegularKnifeEx': + dictItem.tagRes = drillConfig.value?.unRegularMillingKnifeExpand || '' + break + case 'unRegularKnifeSplite': + dictItem.tagRes = drillConfig.value?.isUnRegularMillingKnifeSplit || '' + break + case 'unRegularKnifeOffset': + dictItem.tagRes = drillConfig.value?.unRegularMillingKnifeOffset || '' + break + case 'unRegularKnifeDBProcess': + dictItem.tagRes = drillConfig.value?.isUnRegularMillingKnife2FaceProcess || '' + break + case 'unRegularKnife_Depth': + dictItem.tagRes = drillConfig.value?.unRegularMillingKnifeDepth || '' + break + case 'unRegularKnifeItem': + dictItem.tagRes = drillConfig.value?.unRegularMillingKnife || '' + break + case 'highProcessContent': + dictItem.tagRes = drillConfig.value?.advancedCode || '' + break + + default: + break; + } + break + case 'DataSourceHandle': + switch (dictItem.itemKey) { + + case 'boardId': + dictItem.tagRes = drillConfig.value?.customBoardNo || '' + break + case 'decimalPlaces': + dictItem.tagRes = drillConfig.value?.decimalPointPrecision || '' + break + case 'connectToPlaceInfo': + dictItem.tagRes = drillConfig.value?.relateCuttingInfo || '' + break + default: + break; + } + break + case 'processOtherKnife': + switch (dictItem.itemKey) { + + case 'OtherKnife_holes': + dictItem.tagRes = drillConfig.value.isAllowDoubleSplit + break + case 'OtherKnife_models': + dictItem.tagRes = drillConfig.value.isAllowModelSplit + break + case 'depth': + dictItem.tagRes = drillConfig.value.splitDepth + break + case 'times': + dictItem.tagRes = drillConfig.value.splitCount + break + default: + break; + } + break + default: + break; + } + + let checkArr = ['outline', 'cuttingoutline', 'rawoutline', 'holes', 'sideHoles', 'grooves', 'groovesH', 'models', 'modelsH']; + + + + if (dictItem.tagRes == null && dictItem.tagResA == null && dictItem.tagResB == null) { + console.log('未处理：', dictItem.type, dictItem.itemKey, dictItem.itemLabel) + } else { + // console.log('已处理：', dictItem.type, dictItem.itemKey, dictItem.itemLabel, dictItem.tagRes); + } + + if (drillConfig.value?.isFileSort == true && !checkArr.includes(dictItem.type)) { + if (dictItem.tagResA == null && dictItem.tagRes != null) { + dictItem.tagResA = dictItem.tagRes + } + + + if (dictItem.tagResB == null && dictItem.tagRes != null) { + dictItem.tagResB = dictItem.tagRes + } + } + + if (Array.isArray(dictItem.tagResA)) { + dictItem.tagResA = dictItem.tagResA.filter(e => e != undefined) + } + if (Array.isArray(dictItem.tagResB)) { + dictItem.tagResB = dictItem.tagResB.filter(e => e != undefined) + } + + // 做个控制 如果没有加工项 则不返回数据 达到不生成文件的目的 + // if(exportFileType == 0 || exportFileType ==1){ + // let hasAArr = sourceA.map(block=>block.blockDetail.modelListSide.length > 0 || block.block) + // }else{ + + // } + +} + + +/** 根据机台配置 输出小数点位数 相符的数据 */ +function outPutFloatNumberByConfig(val) { + let num = 0 + if (Number.isNaN(val) || !val) { + num = 0 + }else{ + num = parseFloat(val) + } + + /** + * decimalPointPrecision 小数点后保留几位 + * fixFloatNumberEndZero 所有数值 后面是否保留小数位 + * intNumberAddDecimalPoint 整数值 是否保留小数位 + */ + const { decimalPointPrecision, fixFloatNumberEndZero, intNumberAddDecimalPoint } = drillConfig.value + + let res: any = '' + + if (decimalPointPrecision) { + // 有配置小数点位数才进来 + if (fixFloatNumberEndZero) { + // 所有数值都做保留小数位操作 + let fix = decimalPointPrecision || 0 + res = num.toFixed(decimalPointPrecision) + } else { + if (intNumberAddDecimalPoint) { + if (Number.isInteger(num)) { + // 只有整数做保留小数位操作 + res = num.toFixed(decimalPointPrecision) + } else { + res = num + } + }else{ + res = num + } + } + } else { + res = num + } + + + return res +} + +/** + * 数据转换 + * 将特定字段的值转为实际生产的对应的值 + * @param block + * + */ +export function transformDataValue(block: PlaceBlock, projectList) { + + if (Array.isArray(projectList) && projectList.length > 0) { + let dict_face = projectList.find(e => e.key == 'face') + let dict_sideFace = projectList.find(e => e.key == 'sideFace') + let dict_arcDirection = projectList.find(e => e.key == 'arcDirection') + let dict_modelKnifeOffset = projectList.find(e => e.key == 'modelKnifeOffset') + let dict_axisPoint = projectList.find(e => e.key == 'axisPoint') + let dict_axisZeroPoint = projectList.find(e => e.key == 'axisZeroPoint') + + + // 加工面转换 + if (dict_face) { + for (const i in block.holeListFaceA) { + let hole = block.holeListFaceA[i] + block.holeListFaceA[i].face = _transForm(hole.face, dict_face) + } + + for (const i in block.holeListFaceB) { + let hole = block.holeListFaceB[i] + block.holeListFaceB[i].face = _transForm(hole.face, dict_face) + } + + for (const i in block.blockDetail.holes) { + let hole = block.blockDetail.holes[i] + block.blockDetail.holes[i].face = _transForm(hole.face, dict_face) + } + + for (const i in block.modelListFaceA) { + let model = block.modelListFaceA[i] + block.modelListFaceA[i].face = _transForm(model.face, dict_face) + } + + for (const i in block.modelListFaceB) { + let model = block.modelListFaceB[i] + block.modelListFaceB[i].face = _transForm(model.face, dict_face) + } + + for (const i in block.blockDetail.models) { + let model = block.blockDetail.models[i] + block.blockDetail.models[i].face = _transForm(model.face, dict_face) + } + } + // 侧面加工转换 + if (dict_sideFace) { + for (const i in block.blockDetail.holeListSide) { + let sideHole = block.blockDetail.holeListSide[i] + block.blockDetail.holeListSide[i].direct = _transForm(sideHole.direct, dict_sideFace) + } + + for (const i in block.blockDetail.modelListSide) { + let sideModel = block.blockDetail.modelListSide[i] + block.blockDetail.modelListSide[i].direction = _transForm(sideModel.direction, dict_sideFace) + } + } + + // 弧线方向 + if (dict_arcDirection) { } + // 铣型刀路偏置 + if (dict_modelKnifeOffset) { } + // 参考顶点 + if (dict_axisPoint) { } + // 平面参考点 + if (dict_axisZeroPoint) { } + } + + // 侧面加工 + +} + +function _transForm(val, dict) { + let res = val + let item = dict.rows.find(e => e.rawValue == val) + if (item) { + res = item.targetValue + } + return res +} +/** + * + * @param info 节点信息 + * @param loopObj 节点循环依据数据集 定位数据具体位置用的 + * @param i 节点下标 + * @param isCondition_Line 是否是刀路 + * @returns + */ +function getChangeKnifeCode(info, loopObj, i, isCondition_Line) { + // 定位加工项 + let conditionSource: any = null + if (info._flag == 'A') { + conditionSource = fileDataA.value + } else if (info._flag == 'B') { + conditionSource = fileDataB.value + } else { + conditionSource = fileDataAB.value + } + if (conditionSource == null) { + return + } + let processList: any = [] + + switch (loopObj.type) { + case 'holes': + // 垂直孔 + + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].holeListFaceA + break; + case 'B': + processList = conditionSource[info.pid].holeListFaceA + + break; + default: + processList = conditionSource[info.pid].holes + break; + } + break; + case 'sideHoles': + // 侧孔 + processList = conditionSource[info.pid].blockDetail.holeListSide + break; + case 'models': + // 垂直造型 + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].blockDetail.modelListFaceA.filter(e => e.isRect == false) + break; + case 'B': + processList = conditionSource[info.pid].blockDetail.modelListFaceB.filter(e => e.isRect == false) + break; + default: + processList = conditionSource[info.pid].blockDetail.models.filter(e => e.isRect == false) + break; + } + break; + case 'modelsH': + // 侧面造型 + processList = conditionSource[info.pid].blockDetail.modelListSide.filter(e => e.isRect == false) + break; + case 'groovesH': + // 侧面槽 + processList = conditionSource[info.pid].blockDetail.modelListSide.filter(e => e.isRect == true) + break; + case 'grooves': + // 垂直槽 + + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].blockDetail.modelListFaceA.filter(e => e.isRect == true) + break; + case 'B': + processList = conditionSource[info.pid].blockDetail.modelListFaceB.filter(e => e.isRect == true) + break; + default: + processList = conditionSource[info.pid].blockDetail.models.filter(e => e.isRect == true) + break; + } + break; + default: + break; + } + + let _item: any = null + let _index = -1 + if (isCondition_Line) { + _item = processList[info.kid] + _index = info.kid + } else { + _item = processList[i] + _index = i + } + + let allprocessItem = { + block: conditionSource[info.pid], + blockNo: conditionSource[info.pid]?.blockNo, + processItem: _item, + processFace: info._flag, + processType: loopObj.type, + isLine: isCondition_Line, + index: _index + } + + if (_item == undefined) { + console.log('没有对应的加工项', conditionSource, loopObj.type); + return + } + + // 输出的代码 + let code = '' + + + // 是否要换刀 + let isChangeKnife = false + // 是否换轴 + let isChangeAxis = false + + // 上个加工项 + let lastProcessItem = allProcessList.value[allProcessList.value.length - 1] + + + + if (allProcessList.value.length == 0) { + // 第一个加工项 要调刀 + isChangeKnife = true + isChangeAxis = true + } else { + if (info.exportFileType == 0 || info.exportFileType == 1) { + if (lastProcessItem.processItem.knife.knifeId == _item?.knife.knifeId + && allprocessItem.processFace == lastProcessItem.processFace + && allprocessItem.blockNo == lastProcessItem.blockNo + && allprocessItem.processFace == lastProcessItem.processFace) { + // 同一把刀 不要换 + isChangeKnife = false + } else { + // 要换刀 + isChangeKnife = true + } + } else if (info.exportFileType == 2 || info.exportFileType == 3) { + if (lastProcessItem.processItem.knife.knifeId == _item?.knife.knifeId + && allprocessItem.processFace == lastProcessItem.processFace + && allprocessItem.block.boardId == lastProcessItem.block.boardId) { + // 同一把刀 不要换 + isChangeKnife = false + + } else { + // 要换刀 + isChangeKnife = true + } + } + + // 要换刀的前提下 判断 轴变化 + if (isChangeKnife == true) { + if (_item.knife.axleId != lastProcessItem.processItem.knife.axleId) { + isChangeAxis = true + } + } + } + + // 生成代码 + // 当前加工代码 + //轴启动代码 + let axisStartCode = addNextLineCode(_item.knife.axisStartCode) + // 刀启动代码 + let knifeStartCode = addNextLineCode(_item.knife.knifeStartCode) + // 轴停止代码 + let axisStopCode = addNextLineCode(_item.knife.axisStopCode) + // 刀停止代码 + let knifeStopCode = addNextLineCode(_item.knife.knifeStopCode) + + + function addNextLineCode(str) { + if (str.includes('\n')) { + return str + } else { + return str + '\n' + } + + } + // 上个加工代码 + + if (allProcessList.value.length == 0) { + // 轴启动 + 刀启动 + code = axisStartCode + knifeStartCode + } else { + //轴启动代码 + let axisStartCode_last = addNextLineCode(lastProcessItem.processItem.knife.axisStartCode) + // 刀启动代码 + let knifeStartCode_last = addNextLineCode(lastProcessItem.processItem.knife.knifeStartCode) + // 轴停止代码 + let axisStopCode_last = addNextLineCode(lastProcessItem.processItem.knife.axisStopCode) + // 刀停止代码 + let knifeStopCode_last = addNextLineCode(lastProcessItem.processItem.knife.knifeStopCode) + + + if (isChangeKnife == true && isChangeAxis == true) { + // 轴停止 + 刀停止 + 轴启动 + 刀启动 + code = axisStopCode_last + knifeStopCode_last + axisStartCode + knifeStartCode + } else if (isChangeKnife == true && isChangeAxis == false) { + // + code = axisStartCode + knifeStartCode + } + + } + + + + + return code + '\n' +} + +function getKnifeUpCode() { + +} + + +export function checkCondition(conditionList, info, loopObj, i, isCondition_Line) { + /** + * 0 需要调刀 + * 1 不需要调刀 + * 2 直线刀路 + * 3 逆时针圆弧刀路 + * 4 顺时针圆弧刀路 + * 5 正面加工 + * 6 反面加工 + */ + + + + // 定位加工项 + let conditionSource = null + if (info._flag == 'A') { + conditionSource = fileDataA.value + } else if (info._flag == 'B') { + conditionSource = fileDataB.value + } else { + conditionSource = fileDataAB.value + } + let processList: any = [] + if (conditionSource == null) { + // 有问题哦 + } + switch (loopObj.type) { + case 'holes': + // 垂直孔 + + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].holeListFaceA + break; + case 'B': + processList = conditionSource[info.pid].holeListFaceA + + break; + default: + processList = conditionSource[info.pid].holes + break; + } + break; + case 'sideHoles': + // 侧孔 + processList = conditionSource[info.pid].blockDetail.holeListSide + break; + case 'models': + // 垂直造型 + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].blockDetail.modelListFaceA.filter(e => e.isRect == false) + break; + case 'B': + processList = conditionSource[info.pid].blockDetail.modelListFaceB.filter(e => e.isRect == false) + break; + default: + processList = conditionSource[info.pid].blockDetail.models.filter(e => e.isRect == false) + break; + } + break; + case 'modelsH': + // 侧面造型 + processList = conditionSource[info.pid].blockDetail.modelListSide.filter(e => e.isRect == false) + break; + case 'groovesH': + // 侧面槽 + processList = conditionSource[info.pid].blockDetail.modelListSide.filter(e => e.isRect == true) + break; + case 'grooves': + // 垂直槽 + + switch (info._flag) { + case 'A': + processList = conditionSource[info.pid].blockDetail.modelListFaceA.filter(e => e.isRect == true) + break; + case 'B': + processList = conditionSource[info.pid].blockDetail.modelListFaceB.filter(e => e.isRect == true) + break; + default: + processList = conditionSource[info.pid].blockDetail.models.filter(e => e.isRect == true) + break; + } + break; + default: + break; + } + + let _item: any = null + let _index = -1 + if (isCondition_Line) { + _item = processList[info.kid] + _index = info.kid + } else { + _item = processList[i] + _index = i + } + + let allprocessItem = { + block: conditionSource[info.pid], + blockNo: conditionSource[info.pid].blockNo, + processItem: _item, + processFace: info._flag, + processType: loopObj.type, + isLine: isCondition_Line, + index: _index + } + + + if (_item == undefined) { + console.log('没有对应的加工项', conditionSource, loopObj.type); + return + } + let res = null + let isLine = false + + for (let condition of conditionList) { + + let checkArr = condition.conditionOptions + + let flag = true + let c = 0 + if (checkArr.includes('2') || checkArr.includes('3') || checkArr.includes('4')) { + let point: any = null + + point = { ..._item.realPointList[i] } + if (point) { + if (point.curve == undefined) { + c = 0 + } else if (Number.isNaN(point.curve)) { + c = 0 + } else { + c = point.curve + } + } else { + c = 0 + } + } + for (const str of checkArr) { + switch (str) { + case '0': + // 0 需要调刀 + let c_0 = checkChangeKnife(allprocessItem, info); + if (c_0 == true) { + flag = true + } else { + flag = false + } + break; + case '1': + // 1 不需要调刀 + let c_1 = checkChangeKnife(allprocessItem, info); + if (c_1 == false) { + flag = true + } else { + flag = false + } + break; + case '2': + // 2 直线刀路 + if (c == 0) { + flag = true + } else { + flag = false + } + break; + case '3': + // 3 逆时针圆弧刀路 + if (c > 0) { + flag = true + } else { + flag = false + } + break; + case '4': + // 4 顺时针圆弧刀路 + if (c < 0) { + flag = true + } else { + flag = false + } + break; + case '5': + // 5 正面加工 + if ((info._flag == 'A' || info._flag == 'AB') && _item.face == 0) { + flag = true + } else { + flag = false + } + + break; + case '6': + // 6 反面加工 + + if ((info._flag == 'B' || info._flag == 'AB') && _item.face == 1) { + flag = true + } else { + flag = false + } + break; + default: + break; + } + + if (flag == false) { + continue + } + } + + if (flag == true) { + if (_item != undefined) { + let orderby = 'block' + if (info.exportFileType == '2' || info.exportFileType == '3') { + orderby = 'board' + } + if (!allProcessList.value.find(e => e.blockNo == allprocessItem.blockNo && e.index == allprocessItem.index && e.processType == allprocessItem.processType && e.processFace == allprocessItem.processFace)) { + allProcessList.value.push(allprocessItem) + } + } + + res = condition + console.log('条件输出', info, res) + return res + } else { + if (!allProcessList.value.find(e => e.blockNo == allprocessItem.blockNo && e.index == allprocessItem.index && e.processType == allprocessItem.processType && e.processFace == allprocessItem.processFace)) { + allProcessList.value.push(allprocessItem) + } + } + } + + function checkChangeKnife(param, _info) { + let isChangeKnife = false + let lastProcessItem = allProcessList.value[allProcessList.value.length - 1] + if (allProcessList.value.length == 0) { + // 第一个加工项 要调刀 + isChangeKnife = true + } else { + if (_info.exportFileType == 0 || _info.exportFileType == 1) { + if (lastProcessItem.processItem.knife.knifeId == _item?.knife.knifeId + && param.processFace == lastProcessItem.processFace + && param.blockNo == lastProcessItem.blockNo + && param.processFace == lastProcessItem.processFace) { + // 同一把刀 不要换 + isChangeKnife = false + } else { + // 要换刀 + isChangeKnife = true + } + } else if (_info.exportFileType == 2 || _info.exportFileType == 3) { + if (lastProcessItem.processItem.knife.knifeId == _item?.knife.knifeId + && param.processFace == lastProcessItem.processFace + && param.block.boardId == lastProcessItem.block.boardId) { + // 同一把刀 不要换 + isChangeKnife = false + + } else { + // 要换刀 + isChangeKnife = true + } + } + + } + return isChangeKnife + } + + return res + +} diff --git a/src/processParser/common/transform.ts b/src/processParser/common/transform.ts new file mode 100644 index 0000000..9169d4f --- /dev/null +++ b/src/processParser/common/transform.ts @@ -0,0 +1,1519 @@ +import { ref } from 'vue' +import { SysConfig } from '../biz/SysConfig' +import type { HoleDetail } from '../vo/hole/HoleDetail' +import { PlaceBorderContour } from '../vo/order/PlaceBorderContour' +import type { contourDetail, sideHoleDetail } from '../vo/product/plateModel' +import { BlockModel } from '../vo/model/BlockModel' +import { equal, getRect } from './base/MathComm' +import { PlaceBlock } from '../vo/order/PlaceBlock' +import { CADExt, Point2d } from './base/CAD' +import { BlockPoint } from '../vo/point/BlockPoint' +// 小板数据转换 +export function transformXb(blockList, sysConfig) { + const transformedData: any = [] + for (let i = 0; i < blockList.length; i++) { + const plate = blockList[i] + const transformedPlate = { + l: plate.length, + w: plate.width, + line: plate.texture, + face: plate.placeHole, + id: i + 1, // 使用当前索引加1作为id的值 + bno: plate.plateNo || undefined, + holeFaceCount: 3, + isRect: !plate.isUnRegular, + hasHole: plate.hasHole, + isdtwosided: false, // sysConfig.isDoubleFaceBlockFirst, + } + transformedData.push(transformedPlate) + } + return transformedData +} + +// 获取优化次数-根据小板 +export function getOpCs(bans) { + let xyhcs = 50 + if (bans.length > 1000) + xyhcs = 40 + if (bans.length > 1500) + xyhcs = 30 + if (bans.length > 2000) + xyhcs = 25 + if (bans.length > 4000) + xyhcs = 20 + if (bans.length > 6000) + xyhcs = 15 + if (bans.length > 10000) + xyhcs = 10 + if (bans.length > 15000) + xyhcs = 5 + if (bans.length > 20000) + xyhcs = 1 + return xyhcs +} + +// 大板数据转换 +export function transformDb(materialList, sysConfig) { + let transbndData: any = [] + const { boardOffsetX, boardOffsetY } = sysConfig + function addParams(length, width) { + return { l: length, w: width, x: boardOffsetX, y: boardOffsetY } + } + const remainBoardList = materialList[0]?.remainBoardList || [] + remainBoardList.forEach((remainBoard) => { + transbndData.push(addParams(remainBoard.length, remainBoard.width)) + }) + materialList.forEach((plate) => { + transbndData.push(addParams(plate.orgLength || plate.length, plate.orgWidth || plate.width)) + }) + return transbndData +} + +// 取最厚的一个大板的板厚 +function findMaxThickness(data) { + let maxThickness = 0 + let maxThicknessData = null + + data?.forEach((item) => { + if (item.thickness > maxThickness) { + maxThickness = item.thickness + maxThicknessData = item + } + }) + return maxThicknessData +} + +// 获取排版间隙 +export function transformThickness(materialList, sysConfig) { + const data = _getDefaultKnife(materialList, sysConfig) + return data.diameter + sysConfig.blockKnifeLineSpacing // sysConfig.cutKnifeGap +} + +// 获取开料刀 +export function _getDefaultKnife(materialList, sysConfig) { + const obj = new SysConfig(sysConfig) + const target = findMaxThickness(materialList) + const data = obj.getDefaultKnife(target.thickness) + return data +} + +// 数据转换 +// 数据转换前的数据集存一下 转回去的时候估计要用 +const beforeConvertData = ref() +export function convertData(newJson) { + beforeConvertData.value = JSON.parse(JSON.stringify(newJson)) + const { goodsList, machineDTO, optimizeBoardModelDOS, orderList, plan, plateList, plateModels, orderPartsRespVOS, planActualGoodsModelDO } = newJson + + // configList + let mixGoodsId = ''; + const { setting, label } = machineDTO + const configRef = typeof (setting) == 'string' ? JSON.parse(setting) : setting + const sysConfig = new SysConfig(setting) + const tagConfig = label + const styleConfig = JSON.stringify(configRef?.styleConfigsRef) + const configList = [ + { + Type: 1, + Setting: JSON.stringify(configRef), + MachineID: machineDTO.id, + }, + { + Type: 2, + Setting: label, + MachineID: machineDTO.id, + }, + { + Type: 3, + Setting: JSON.stringify(configRef?.styleConfigsRef), + MachineID: machineDTO.id, + }, + ] + // planOrder + + let blockInfoArr: any = [] + + Array.isArray(optimizeBoardModelDOS) && optimizeBoardModelDOS.forEach((item) => { + if (item) { + let str = `${item.material}--${item.color}--${item.spec}--${item.plateNum}片--0.251` + blockInfoArr.push(str) + } + + }) + // 排单数据 + let planOrder: any = {} + // 订单流程时 plan（排单数据）是没有的 忽略 + if (plan) { + planOrder = { + goodsIdList: null, + planId: plan.id, + planCode: plan.id, + status: plan.status, + machineId: machineDTO.id, + createTime: plan.createTime, + creator: plan.creator, + planTime: plan.planTime, + produceTime: plan.produceTime, + producer: '', // + remark: plan.remark, + organId: plan.organId, + updateTime: plan.updateTime, + planType: plan.type, + orderIds: `[${plan.orderNos}]`, + blockInfo: blockInfoArr.join(';'), + orderList: null, + deleted: false, + sort: plan.sort, + } + } + + // materialList goodsList大板中的 goodid没用 + let materialList: any = [] + let newGoodsList: any = [] + goodsList.forEach((item) => { // 去重的 + let i = newGoodsList.findIndex(e => e.goodsId == item.goodsId) + if (i == -1) { + newGoodsList.push(item) + } + }) + // 混单的情况 才会走这个 + if(planActualGoodsModelDO != undefined){ + newGoodsList = [planActualGoodsModelDO] + mixGoodsId = planActualGoodsModelDO.goodsId + } + + newGoodsList.forEach((item) => { + if (optimizeBoardModelDOS && optimizeBoardModelDOS.length > 0) { + let placeItem = optimizeBoardModelDOS.find(e => e?.goodsId == item.goodsId) + if (placeItem) { + if (placeItem.usedBoardInfo) { + let keys = Object.keys(placeItem) + keys.forEach((k) => { + if (placeItem[k] != null && placeItem[k] != undefined) { + item[k] = placeItem[k] + } else { + // console.log('数据为空，不做复写操作,', k, placeItem[k], item[k]) + } + }) + } + } else { + // console.error('没找到 异常 排查: 大板的id 和 优化数据中的大板id 对应不上') + } + } + + const temp = { + orderId: item.orderId, + goodsId: item.goodsId, + goodsName: item.goodsName, + spec: item.spec, + material: item.material, + color: item.color, + brand: item.brand, + width: item.width, + length: item.height, + isOptimized: item.isOptimized, + thickness: item.thickness, + cutBorder: item.cutBorder, + CutDia: item.CutDia, + CutGap: item.CutGap, + boardCount: item.boardCount || 0, + cutKnifeGap: item.cutKnifeGap, + minBoardId: item.minBoardId, + maxBoardId: item.maxBoardId, + avgUsageRateAll: item.avgUsageRateAll, + avgUsageRateExcludeLastBoard: item.avgUsageRateExcludeLastBoard, + usageRateLastBoard: item.usageRateLastBoard, + usedBoardInfo: item.usedBoardInfo, + blockPlaceInfo: item.blockPlaceInfo, + status: item.status, + hasTexture: item.texture, + // texture: item.texture || '', + orgWidth: item.orgWidth || item.width, + orgLength: item.orgLength || item.height, + boardCountRemain: item.boardCountRemain, + remainBoardInfo: item.remainBoardInfo, + preMillingSize: item.preMillingSize, + remainBoardList: [], + isHelpCut: item.isHelpCut, + helpCutGap: item.helpCutGap, + cutKnifeId: item.cutKnifeId, + helpKnifeId: item.helpKnifeId, + updateDate: item.updateDate, + } + materialList.push(temp) + }) + // orderList + let areaDeleted = false + let newOrderList: any = [] + orderList.forEach((item) => { + let temp = { + customerId: item.customerId, + customer: item.customer, + phoneNumber: item.phoneNumber, + orderDate: item.orderDate, + salemanId: item.salemanId, + dealer: item.dealer, + dealerPhoneNumber: item.dealerPhoneNumber, + address: item.address, + splitter: item.splitter, + status: item.status, + amount: 0, + remark: item.remark, + customOrderNo: item.customOrderNo, + deliveryDate: item.deliveryDate, + pushConfig: item.pushConfig || false, + offerListStr: item.offerListStr || null, + cancelStatus: item.cancelStatus || 0, + itemList: item.itemList || null, + goodsList: item.goodsList || null, + offerList: item.offerList || null, + totalOrderOfferList: item.totalOrderOfferList || null, + blockList: item.blockList || null, + dataBlockList: item.dataBlockList || null, + objectList: item.objectList || null, + dataObjectList: item.dataObjectList || null, + goodsInfoList: item.goodsInfoList || null, + orderProcessList: item.orderProcessList || null, + editFun: null, + saleman: item.salesman, + orderId: item.id, + createTime: item.createTime, + organId: item.organId, + schduleDeliveryDate: null, + orderType: item.orderType, + orderSort: item.orderSort, + dataType: item.dataType, + deleted: item.deleted, + processStatus: null, + } + areaDeleted = item.deleted + newOrderList.push(temp) + }) + + // blockList + let blockList: any = [] + + plateList.forEach((item, i) => { + const temp = { + area: item.area, + roomName: item.roomName, + bodyName: item.bodyName, + roomId: item.roomId || 0, + bodyId: item.bodyId || 0, + processGroupld: item.processGroupld, + orderId: item.orderId, + blockId: item.plateId, + goodsId: mixGoodsId || item.goodsId, + oldBlockId: item.plateId, + blockNo: item.plateNo || (i + 1).toString(), + labelNo: '', + blockName: item.name, + width: item.width, + length: item.height, + customPlateNo: item.customPlateNo, // 自定义板编号 + thickness: item.thickness, + isCurvedGroundLine: false, // item.isCurvedGroundLine, // 是否弧线 不处理异形 异形 + isUnRegular: item.isSpecialShaped, + sealLeft: item.sealLeft, + sealRight: item.sealRight, + sealTop: item.sealUp, + sealBottom: item.sealDown, + texture: item.texture, + placeHole: item.holeFace, + abnormalOffsetY: item.offsetX, + abnormalOffsetX: item.offsetY, + remarkJson: '', + dataType: 2, + processGroupName: item.processGroupName, + type: item.type, + openDoorType: item.openDoorType, + extraRemark: {}, + itemId: item.itemId, + plateRemark: item.remark, + } + blockList.push(temp) + }) + + let blockDetailList: any = [] + let holeId = 1 + plateModels.forEach((item) => { + const fitBlock = plateList.find(e => e.plateId === item.plateId) + + if (item.pointInfo && item.boardData && false) { + // webCAd 拆单数据转换 + let _boardData = JSON.parse(item.boardData) + let _data = JSON.parse(item.pointInfo) + // const { holes, outline, modeling, modeling2D,sideModeling,originOutlin} = _data + const { HoleDetail, OrgPointDetail, PointDetail, SideHoleDetail,SideModelDetail,ModelDetail} = _data + let holeDetailArr: HoleDetail[] = [] + + if (HoleDetail) { + HoleDetail.forEach(frontBackHoles => { + let holeDetail: HoleDetail = { + holeId: frontBackHoles.HoleID, + holeType: frontBackHoles.HoleType || 0, + face: frontBackHoles.Face, + pointX: frontBackHoles.PointX || 0, + pointY: frontBackHoles.PointY || 0, + pointZ: frontBackHoles.PointZ || 0, + radius: frontBackHoles.Radius || 0, + depth: frontBackHoles.Depth || 0, + pointX2: 0, + pointY2: 0, + pointZ2: 0, + endPoint: 0, + angle: frontBackHoles.Angle, + name:'', + } + holeId = holeId + 1 + holeDetailArr.push(holeDetail) + }); + } + let sideHoleDetailArr: sideHoleDetail[] = [] + if (SideHoleDetail) { + SideHoleDetail.forEach(sideHoles => { + let sideholeDetail: sideHoleDetail = { + holeId:sideHoles.HoleID || holeId, + holeType: sideHoles.HoleType, + face: sideHoles.Face || 0, + pointX: sideHoles.PointX || 0, + pointY: sideHoles.PointY || 0, + pointZ: sideHoles.PointZ || 0, + radius: sideHoles.Radius || 0, + depth: sideHoles.Depth || 0, + pointX2: sideHoles.PointX2 || 0, + pointY2: sideHoles.PointY2 || 0, + pointZ2: sideHoles.PointZ || 0, + endPoint: sideHoles.EndPoint, + angle: 0, + direction: null, + } + holeId = holeId + 1 + sideHoleDetailArr.push(sideholeDetail) + }); + } + let modelDetailArr: contourDetail[] = [] + let sideModelDetailArr: contourDetail[] = [] + // 造型还缺数据 ！！！ + if(Array.isArray(ModelDetail) && ModelDetail.length > 0){ + ModelDetail.forEach(_item => { + + const modelDetail: contourDetail = { + modelId: _item.ModelID || ++holeId, + lineId: _item.LineID, + face: _item.Face || 0, + knifeName: _item.KnifeName, + knifeRadius: _item.KnifeRadius || 0, + depth: _item.Depth || 0, + originModeling: _item.OriginModeling, + modelPoint: _item.PointList || [], + modelOffSet: _item.OffSetList || [], + } + modelDetailArr.push(modelDetail) + }); + } + + if(Array.isArray(SideModelDetail) && SideModelDetail.length > 0){ + SideModelDetail.forEach(_item => { + const sideModelDetail: any = { + modelId:_item.ModelID, + lineId: _item.LineID, + face: _item.Face, + knifeName: _item.KnifeName, + knifeRadius: _item.KnifeRadius || 0, + depth: _item.Depth || 0, + originModeling: _item.OriginModeling, + modelPoint: [], + modelOffSet: [], + } + sideModelDetailArr.push(sideModelDetail) + }); + } + + let _PointDetail = [...PointDetail] + // let p = {...PointDetail[0]} + // p.PointID = _PointDetail.length +1 + // _PointDetail.push(p) + + let _OrgPointDetail = [...OrgPointDetail] + // let orgP = {...OrgPointDetail[0]} + // orgP = _OrgPointDetail.length +1 + // _OrgPointDetail.push(orgP) + + // if(fitBlock.isSpecialShaped == false){ + // _PointDetail = []; + // _OrgPointDetail = []; + // } + + const temp = { + blockId: item.plateId, + orderId: item.orderId, + pointDetail: _PointDetail || PointDetail || [], + modelDetail: modelDetailArr || [], + holeDetail: holeDetailArr || [], + models: modelDetailArr || [], + remarkParams: { + sideRemark: item.sideRemark || '', + extraRemark: item.extraRemark || '', + specialRemarkDei: item.specialRemarkDei || '', + extraHandleRemark: item.extraHandleRemark || '', + drillsRemark: item.drillsRemark || '', + infoRemark: item.infoRemark || '', + remarkJsonDei: item.remarkJsonDei || '', + remarkJson: item.remarkJson || '', + specialRemark: item.specialRemark || '', + }, + offSet: { + x: _boardData.offsetTanslation.x, + y: _boardData.offsetTanslation.y, + z: _boardData.offsetTanslation.z || 0, + }, + orgPointDetail: _OrgPointDetail || OrgPointDetail || [], + cutSize: { + width: fitBlock.splitWidth, + height: fitBlock.splitHeight, + }, + modelListSide: sideModelDetailArr,//[], // 侧槽 + sideHoleDetail: sideHoleDetailArr || [], + isUnRegular: fitBlock && fitBlock.isSpecialShaped || false, // item.isSpecialShaped || false, + plateExtraRemark: item.plateExtraRemark, + has2DModel: ModelDetail && ModelDetail.filter(e=>e.OffSetList).length > 0, + has3DModel: _boardData.modeling3D && _boardData.modeling3D.length > 0 // item.has3DModel + } + blockDetailList.push(temp) + } else { + // API导入 拆单数据转换 + // 孔 （正面/反面 + let holeDetailArr: HoleDetail[] = [] + if (item.holeDetail) { + item.holeDetail.forEach((hole) => { + // direction 只有侧孔有 angle 生产数据中没有 + const { holeType, faceType, startX, startY, startZ, radius, depth, direction, angle, endX, endY, endZ } = hole + let holeDetail: HoleDetail = { + holeId, + holeType: holeType || 0, + face: faceType, + pointX: startX || 0, + pointY: startY || 0, + pointZ: startZ || 0, + radius: radius || 0, + depth: depth || 0, + pointX2: endX || 0, + pointY2: endY || 0, + pointZ2: endZ || 0, + endPoint: 0, + angle: 0, + name: '', + } + holeId = holeId + 1 + holeDetailArr.push(holeDetail) + }) + } + + // 侧孔 + let sideHoleDetailArr: sideHoleDetail[] = [] + if (item.sideHoleDetail) { + item.sideHoleDetail.forEach((sideHole) => { + // direction 只有侧孔有 angle 生产数据中没有 + const { holeType, faceType, startX, startY, startZ, radius, depth, direction, angle, endX, endY, endZ } = sideHole + let sideholeDetail: sideHoleDetail = { + holeId, + holeType, + face: faceType || 0, + pointX: startX || 0, + pointY: startY || 0, + pointZ: startZ || 0, + radius: radius || 0, + depth: depth || 0, + pointX2: endX || 0, + pointY2: endY || 0, + pointZ2: endZ || 0, + endPoint: 0, + angle: 0, + direction, + } + holeId = holeId + 1 + sideHoleDetailArr.push(sideholeDetail) + }) + } + + let modelDetailArr: contourDetail[] = [] + let sideModelDetailArr: contourDetail[] = [] + if (item.contourDetail) { + // 垂直造型 + item.contourDetail.forEach((model) => { + const { modelId, lineID, faceType, knifeName, knifeRadius, depth, originModeling, modelPoint, modelOffSet } = model + const modelDetail: contourDetail = { + modelId: model.id || ++holeId, + lineId: lineID, + face: faceType, + knifeName: knifeName || '', + knifeRadius: knifeRadius || 0, + depth: depth || 0, + originModeling, + modelPoint: model.pointList || [], + modelOffSet: model.offSetList || [], + } + modelDetailArr.push(modelDetail) + // if(faceType == 0 || faceType == 1){ + // } + }) + } + + if (item.sideDetail) { + item.sideDetail.forEach((model) => { + const { modelId, lineId, faceType, knifeName, knifeRadius, depth, originModeling, modelPoint, modelOffSet } = model + + const sideModelDetail: any = { + modelId: modelId || ++holeId, + lineId, + face: faceType, + knifeName: knifeName || '', + knifeRadius: knifeRadius || 0, + depth: depth || 0, + originModeling, + modelPoint: model.pointList || [], + modelOffSet: model.offSetList || [], + } + sideModelDetailArr.push(sideModelDetail) + }) + } + + const temp = { + blockId: item.plateId, + orderId: item.orderId, + pointDetail: item.pointDetail || [], + modelDetail: modelDetailArr || [], + holeDetail: holeDetailArr || [], + models: modelDetailArr || [], + remarkParams: { + sideRemark: item.sideRemark, + extraRemark: item.extraRemark, + specialRemarkDei: item.specialRemarkDei, + extraHandleRemark: item.extraHandleRemark, + drillsRemark: item.drillsRemark, + infoRemark: item.infoRemark, + remarkJsonDei: item.remarkJsonDei, + remarkJson: item.remarkJson, + specialRemark: item.specialRemark, + }, + offSet: { + x: item.offsetX, + y: item.offsetY, + z: item.offsetZ || 0, + }, + orgPointDetail: item.rawPointDetail || [], + cutSize: { + width: item.splitWidth, + height: item.splitLength, + }, + modelListSide: sideModelDetailArr,//[], // 侧槽 + sideHoleDetail: sideHoleDetailArr || [], + isUnRegular: fitBlock && fitBlock.isSpecialShaped || false, // item.isSpecialShaped || false, + plateExtraRemark: item.plateExtraRemark, + has2DModel: item.has2DModel, + has3DModel: item.has3DModel + } + /** + * 异形的情况下 已经作用到 orgPoint 和 points 里面了 + * plateExtraRemark 数据结构 + * plateExtraRemark：{ + * CustomNumber // webCAD 图纸编号 + * extra ：{ + * boardType: "背板" + * composingFace: "任意面" + edgeRemarks: ["", "", "", ""] + has2DModel: false + has3DModel: false + processList: [] + rectSealDetail:[ + { + SealColor: "F-A330铁力木", // 封边颜色 + SealSize: 1, // 封边尺寸 + ReservedEdge: 0, // 外扩尺寸 + PointID: 1 // 第几个线条 + } + ] + * } + + * } + */ + blockDetailList.push(temp) + } + + + + + }) + + let resData = { + machineId: machineDTO.id, + machineName: machineDTO.name, + materialList, + configList, + sysConfig, + tagConfig, + styleConfig, + planOrder, + orderList: newOrderList, + blockList, + blockDetailList, + areaDeleted, + sealInfo: orderPartsRespVOS && orderPartsRespVOS.filter(e => e.type == '封边条'), + } + + // console.log('转换数据:', resData) + return resData +} + +// 数据转换-没有机台 +// 数据转换前的数据集存一下 转回去的时候估计要用 +export function convertNoMachineData(newJson) { + beforeConvertData.value = JSON.parse(JSON.stringify(newJson)) + const { goodsList, optimizeBoardModelDOS, orderList, plan, plateList, plateModels, orderPartsRespVOS + } = newJson + + + let blockInfoArr: any = [] + + Array.isArray(optimizeBoardModelDOS) && optimizeBoardModelDOS.forEach((item) => { + let str = `${item.material}--${item.color}--${item.spec}--${item.plateNum}片--0.251` + blockInfoArr.push(str) + }) + // 排单数据 + let planOrder: any = {} + // 订单流程时 plan（排单数据）是没有的 忽略 + if (plan) { + planOrder = { + goodsIdList: null, + planId: plan.id, + planCode: plan.id, + status: plan.status, + // machineId: machineDTO.id, + createTime: plan.createTime, + creator: plan.creator, + planTime: plan.planTime, + produceTime: plan.produceTime, + producer: '', // + remark: plan.remark, + organId: plan.organId, + updateTime: plan.updateTime, + planType: plan.type, + orderIds: `[${plan.orderNos}]`, + blockInfo: blockInfoArr.join(';'), + orderList: null, + deleted: false, + sort: plan.sort, + } + } + + // materialList goodsList大板中的 goodid没用 + let materialList: any = [] + let newGoodsList: any = [] + goodsList.forEach((item) => { // 去重的 + let i = newGoodsList.findIndex(e => e.goodsId == item.goodsId) + if (i == -1) { + newGoodsList.push(item) + } + }) + newGoodsList.forEach((item) => { + if (optimizeBoardModelDOS && optimizeBoardModelDOS.length > 0) { + let placeItem = optimizeBoardModelDOS.find(e => e.goodsId == item.goodsId) + if (placeItem) { + if (placeItem.usedBoardInfo) { + let keys = Object.keys(placeItem) + keys.forEach((k) => { + if (placeItem[k] != null && placeItem[k] != undefined) { + item[k] = placeItem[k] + } else { + // console.log('数据为空，不做复写操作,', k, placeItem[k], item[k]) + } + }) + } + } else { + console.error('没找到 异常 排查: 大板的id 和 优化数据中的大板id 对应不上') + } + } + const temp = { + orderId: item.orderId, + goodsId: item.goodsId, + goodsName: item.goodsName, + spec: item.spec, + color: item.color, + brand: item.brand, + width: item.width, + length: item.height, + isOptimized: item.isOptimized, + thickness: item.thickness, + cutBorder: item.cutBorder, + CutDia: item.CutDia, + CutGap: item.CutGap, + boardCount: item.boardCount || 0, + cutKnifeGap: item.cutKnifeGap, + minBoardId: item.minBoardId, + maxBoardId: item.maxBoardId, + avgUsageRateAll: item.avgUsageRateAll, + avgUsageRateExcludeLastBoard: item.avgUsageRateExcludeLastBoard, + usageRateLastBoard: item.usageRateLastBoard, + usedBoardInfo: item.usedBoardInfo, + blockPlaceInfo: item.blockPlaceInfo, + status: item.status, + hasTexture: item.texture, + material: item.material, + // texture: item.texture || '', + orgWidth: item.orgWidth, + orgLength: item.orgLength, + boardCountRemain: item.boardCountRemain, + remainBoardInfo: item.remainBoardInfo, + preMillingSize: item.preMillingSize, + remainBoardList: [], + isHelpCut: item.isHelpCut, + helpCutGap: item.helpCutGap, + cutKnifeId: item.cutKnifeId, + helpKnifeId: item.helpKnifeId, + updateDate: item.updateDate, + } + materialList.push(temp) + }) + // orderList + let areaDeleted = false + let newOrderList: any = [] + orderList.forEach((item) => { + let temp = { + customerId: item.customerId, + customer: item.customer, + phoneNumber: item.phoneNumber, + orderDate: item.orderDate, + salemanId: item.salemanId, + dealer: item.dealer, + dealerPhoneNumber: item.dealerPhoneNumber, + address: item.address, + splitter: item.splitter, + status: item.status, + amount: 0, + remark: item.remark, + customOrderNo: item.customOrderNo, + deliveryDate: item.deliveryDate, + pushConfig: item.pushConfig || false, + offerListStr: item.offerListStr || null, + cancelStatus: item.cancelStatus || 0, + itemList: item.itemList || null, + goodsList: item.goodsList || null, + offerList: item.offerList || null, + totalOrderOfferList: item.totalOrderOfferList || null, + blockList: item.blockList || null, + dataBlockList: item.dataBlockList || null, + objectList: item.objectList || null, + dataObjectList: item.dataObjectList || null, + goodsInfoList: item.goodsInfoList || null, + orderProcessList: item.orderProcessList || null, + editFun: null, + saleman: item.salesman, + orderId: item.id, + createTime: item.createTime, + organId: item.organId, + schduleDeliveryDate: null, + orderType: item.orderType, + orderSort: item.orderSort, + dataType: item.dataType, + deleted: item.deleted, + processStatus: null, + } + areaDeleted = item.deleted + newOrderList.push(temp) + }) + + // blockList + let blockList: any = [] + + plateList.forEach((item, i) => { + const temp = { + roomName: item.roomName, + bodyName: item.bodyName, + roomId: item.roomId || 0, + bodyId: item.bodyId || 0, + processGroupld: item.processGroupld, + orderId: item.orderId, + blockId: item.plateId, + goodsId: item.goodsId, + oldBlockId: item.plateId, + blockNo: item.plateNo || (i + 1).toString(), + labelNo: '', + blockName: item.name, + width: item.width, + length: item.height, + thickness: item.thickness, + isCurvedGroundLine: false, // item.isCurvedGroundLine, // 是否弧线 不处理异形 异形 + isUnRegular: item.isSpecialShaped, + isSpecialShaped: item.isSpecialShaped, + isSculpt: item.isSculpt, + isRowHole: item.isRowHole, + sealLeft: item.sealLeft, + sealRight: item.sealRight, + sealTop: item.sealUp, + sealBottom: item.sealDown, + texture: item.texture, + placeHole: item.holeFace, + abnormalOffsetY: item.offsetX, + abnormalOffsetX: item.offsetY, + remarkJson: '', + dataType: 2, + processGroupName: item.processGroupName, + type: item.type, + openDoorType: item.openDoorType, + extraRemark: {}, + itemId: item.itemId, + plateRemark: item.remark, + area: item.area, + color: item.color, + hasHole: item.hasHole, + material: item.material, + blockMaterial: item.goodsName, + customPlateNo: item.customPlateNo + } + blockList.push(temp) + }) + + let blockDetailList: any = [] + let holeId = 1 + plateModels.forEach((item) => { + const fitBlock = plateList.find(e => e.id === item.plateId) + + // 孔 （正面/反面） + let holeDetailArr: HoleDetail[] = [] + if (item.holeDetail) { + item.holeDetail.forEach((hole) => { + // direction 只有侧孔有 angle 生产数据中没有 + const { holeType, faceType, startX, startY, startZ, radius, depth, direction, angle, endX, endY, endZ } = hole + let holeDetail: HoleDetail = { + holeId, + holeType: holeType || 0, + face: faceType, + pointX: startX || 0, + pointY: startY || 0, + pointZ: startZ || 0, + radius: radius || 0, + depth: depth || 0, + pointX2: endX || 0, + pointY2: endY || 0, + pointZ2: endZ || 0, + endPoint: 0, + angle: 0, + } + holeId = holeId + 1 + holeDetailArr.push(holeDetail) + }) + } + + // 侧孔 + let sideHoleDetailArr: sideHoleDetail[] = [] + if (item.sideHoleDetail) { + item.sideHoleDetail.forEach((sideHole) => { + // direction 只有侧孔有 angle 生产数据中没有 + const { holeType, faceType, startX, startY, startZ, radius, depth, direction, angle, endX, endY, endZ } = sideHole + let sideholeDetail: sideHoleDetail = { + holeId, + holeType, + face: faceType || 0, + pointX: startX || 0, + pointY: startY || 0, + pointZ: startZ || 0, + radius: radius || 0, + depth: depth || 0, + pointX2: endX || 0, + pointY2: endY || 0, + pointZ2: endZ || 0, + endPoint: 0, + angle: 0, + direction, + } + holeId = holeId + 1 + sideHoleDetailArr.push(sideholeDetail) + }) + } + + let modelDetailArr: contourDetail[] = [] + let sideModelDetailArr: contourDetail[] = [] + if (item.contourDetail) { + // 垂直造型 + item.contourDetail.forEach((model) => { + const { modelId, lineID, faceType, knifeName, knifeRadius, depth, originModeling } = model + const modelDetail: contourDetail = { + modelId: model.id || ++holeId, + lineId: lineID, + face: faceType, + knifeName: knifeName || '', + knifeRadius: knifeRadius || 0, + depth: depth || 0, + originModeling, + modelPoint: model.pointList || [], + modelOffSet: model.offSetList || [], + } + modelDetailArr.push(modelDetail) + }) + } + + if (item.sideDetail) { + item.sideDetail.forEach((model) => { + const { modelId, lineId, faceType, knifeName, knifeRadius, depth, originModeling } = model + + const sideModelDetail: any = { + modelId: modelId || ++holeId, + lineId, + face: faceType, + knifeName: knifeName || '', + knifeRadius: knifeRadius || 0, + depth: depth || 0, + originModeling, + modelPoint: model.pointList || [], + modelOffSet: model.offSetList || [], + } + sideModelDetailArr.push(sideModelDetail) + }) + } + + const temp = { + blockId: item.plateId, + orderId: item.orderId, + pointDetail: item.pointDetail || [], + modelDetail: modelDetailArr || [], + holeDetail: holeDetailArr || [], + models: modelDetailArr || [], + remarkParams: { + sideRemark: item.sideRemark, + extraRemark: item.extraRemark, + specialRemarkDei: item.specialRemarkDei, + extraHandleRemark: item.extraHandleRemark, + drillsRemark: item.drillsRemark, + infoRemark: item.infoRemark, + remarkJsonDei: item.remarkJsonDei, + remarkJson: item.remarkJson, + specialRemark: item.specialRemark, + }, + offSet: { + x: item.offsetX, + y: item.offsetY, + z: item.offsetZ || 0, + }, + orgPointDetail: item.rawPointDetail || [], + cutSize: { + width: item.splitWidth, + height: item.splitLength, + }, + modelListSide: sideModelDetailArr,//[], // 侧槽 + sideHoleDetail: sideHoleDetailArr || [], + isUnRegular: fitBlock && fitBlock.isSpecialShaped || false, // item.isSpecialShaped || false, + plateExtraRemark: item.plateExtraRemark, + has2DModel: item.has2DModel, + has3DModel: item.has3DModel + } + blockDetailList.push(temp) + }) + + let resData = { + planOrder, + orderList: newOrderList, + blockList, + blockDetailList, + areaDeleted, + newGoodsList, + sealInfo: orderPartsRespVOS && orderPartsRespVOS.filter(e => e.type == '封边条'), + } + return resData +} + + +export function convertDataBack(placeData) { + console.log('placeData', placeData, beforeConvertData) + const { materialList, blockList, orderList, planId, planCode } = placeData + + let goodsList = [] + + let optimizeRemainPlates: any = [] + let optimizeBoardModelDOS: any = [] + materialList.forEach((material) => { + if (material.isOptimized === false) { + console.error('板材没有优化，异常！排查') + } + const temp = { + id: material.id, + orderId: material.orderId, + goodsId: material.goodsId, + goodsName: material.goodsName, + planId: planCode, + spec: material.spec, + material: material.material, + color: material.color, + brand: material.brand, + width: material.width, + length: material.length, + thickness: material.thickness, + cutBorder: material.cutBorder, + diameter: material.diameter, + isOptimized: material.isOptimized, + CutDia: material.CutDia, + CutGap: material.CutGap, + boardCount: material.boardCount || 0, + cutKnifeGap: material.cutKnifeGap, + minBoardId: material.minBoardId, + maxBoardId: material.maxBoardId, + avgUsageRateAll: material.avgUsageRateAll, + avgUsageRateExcludeLastBoard: material.avgUsageRateExcludeLastBoard, + usageRateLastBoard: material.usageRateLastBoard, + usedBoardInfo: material.usedBoardInfo, + blockPlaceInfo: material.blockPlaceInfo, + status: material.status, + hasTexture: material.texture, + // texture: material.texture, + orgWidth: material.orgWidth, + orgLength: material.orgLength, + boardCountRemain: material.remainBoardCount, + remainBoardInfo: material.remainBoardInfo, + preMillingSize: material.preMillingSize, + remainBoardList: material.remainBoardList, + isHelpCut: material.isHelpCut, + helpCutGap: material.helpCutGap, + cutKnifeId: material.cutKnifeId, + helpKnifeId: material.helpKnifeId, + // updateDate: material.updateDate, + } + + optimizeBoardModelDOS.push(temp) + if (material.remainBoardList.length != 0) { + material.remainBoardList.forEach((remainBoard) => { + let tempRemainBoard: any = { + + goodsName: material.goodsName, + material: material.material, + color: material.color, + width: remainBoard.width, + length: remainBoard.length, + count: remainBoard.count, + thickness: material.thickness, + remark: remainBoard.remark, + placeStyle: material.placeStyle, + } + // 余料这里的ID 对应的是 源数据中的大板的ID + + let item = beforeConvertData.value.goodsList.find(e => e.goodsId == material.goodsId) + + if (item && item.id) { + tempRemainBoard = { ...tempRemainBoard, goodsId: item.id } + } + + if (remainBoard.id && !remainBoard.id.includes('_')) { + tempRemainBoard = { ...tempRemainBoard, id: remainBoard.id } + } + + if (beforeConvertData.value.plan && beforeConvertData.value.plan.id) { + tempRemainBoard = { ...tempRemainBoard, planId: beforeConvertData.value.plan.id } + } + + if (remainBoard.brand) { + tempRemainBoard = { ...tempRemainBoard, brand: remainBoard.brand } + } + + optimizeRemainPlates.push(tempRemainBoard) + }) + } + }) + // 订单信息 目测一致 + // let orderList_temp = [] + // orderList.forEach(item => { + // let temp = { + // customerId: item.customerId, + // customer: item.customer, + // phoneNumber: item.phoneNumber, + // orderDate: item.orderDate, + // salemanId: item.salemanId, + // dealer: item.dealer, + // dealerPhoneNumber: item.dealerPhoneNumber, + // address: item.dealerAddress, + // status: item.status, + // amount: 0, + // remark: item.remark, + // customOrderNo: item.customOrderNo, + // deliveryDate: item.deliveryDate, + // pushConfig: item.pushConfig || false, + // offerListStr: item.offerListStr || null, + // cancelStatus: item.cancelStatus || 0, + // itemList: item.itemList || null, + // goodsList: item.goodsList || null, + // offerList: item.offerList || null, + // totalOrderOfferList: item.totalOrderOfferList || null, + // blockList: item.blockList || null, + // dataBlockList: item.dataBlockList || null, + // objectList: item.objectList || null, + // dataObjectList: item.dataObjectList || null, + // goodsInfoList: item.goodsInfoList || null, + // orderProcessList: item.orderProcessList || null, + // editFun: null, + // saleman: item.salesman, + // orderId: item.id, + // createTime: item.createTime, + // organId: item.organId, + // schduleDeliveryDate: null, + // orderType: item.orderType, + // orderSort: item.orderSort, + // dataType: item.dataType, + // deleted: item.deleted, + // processStatus: null, + // } + // }); + // let plateList = [] + // blockList.forEach((item) => { + // const temp = { + // roomName: item.roomName, + // bodyName: item.bodyName, + // processGroupName: item.processGroupName, + // roomId: item.roomId || 0, + // bodyId: item.bodyId || 0, + // processGroupld: item.processGroupld, + // orderId: item.orderId, + // blockId: item.blockId, + // goodsId: item.goodsId, + // oldBlockId: item.blockId, + // blockNo: item.blockNo, + // labelNo: item.labelNo, // 这个为空 标签的 + // blockName: item.blockName, + // width: item.width, + // length: item.length, + // thickness: item.thickness, + // isCurvedGroundLine: item.isCurvedGroundLine, // item.isCurvedGroundLine, // 是否弧线 不处理异形 异形 + // isSpecialShaped: item.isUnRegular, + // sealLeft: item.sealLeft, + // sealRight: item.sealRight, + // sealUp: item.sealTop, + // sealDown: item.sealBottom, + // texture: item.texture, + // holeFace: item.placeHole, + // offsetX: item.abnormalOffsetY, + // offsetY: item.abnormalOffsetX, + // remarkJson: '', + // dataType: item.dataType, + // type: item.type, + // openDoorType: item.openDoorType, + // extraRemark: item.extraRemark, + // itemId: item.itemId, + // } + // plateList.push(temp) + // }) + + // let addPlateIds: any = [] + // let deletePlateIds: any = [] + let resData = { + optimizeBoardModelDOS, + // optimizeRemainPlates, + // goodsList, + // orderList, + // plateList, + // addPlateIds, + // deletePlateIds, + } + return resData +} + +// 先保存配置, +/** 保存 原尺寸，开料刀，预铣，辅助开料 */ +export function saveSetting(c) { + let setting: any = {} + // 尺寸, + setting.orgWidth = c.orgWidth + setting.orgLength = c.orgLength + setting.width = c.width + setting.length = c.length + setting.thickness = c.thickness + + setting.preMillingSize = c.preMillingSize + setting.isHelpCut = c.isHelpCut + setting.helpCutGap = c.helpCutGap + + setting.diameter = c.diameter + setting.cutKnifeId = c.cutKnifeId + setting.cutKnifeName = c.cutKnifeName + setting.helpKnifeId = c.helpKnifeId + setting.helpKnifeName = c.helpKnifeName + c.savedSetting = setting + + // 小板备份资料 + let createTime = Date.now() + for (let block of c.blockList) { + let savedObj = block.blockDetail.savedSetting + if (savedObj && savedObj.createTime == createTime) + break // 已备份 + blockDetailSaveSetting(block.blockDetail) + block.blockDetail.savedSetting.createTime = createTime + } + return c +} + +// 小板备份 +function blockDetailSaveSetting(info) { + info.savedSetting = {} + + info.savedSetting.offsetKnifeRadius = info.offsetKnifeRadius + info.savedSetting.preMillingSize = info.preMillingSize + info.savedSetting.isHelpCut = info.isHelpCut + info.savedSetting.helpCutGap = info.helpCutGap + // SizeExpand + info.savedSetting.preMillingExpandSize = info.preMillingExpandSize + info.savedSetting.modelExpandSize = info.modelExpandSize + info.savedSetting.vKnifeModelExpandSize = info.vKnifeModelExpandSize + info.savedSetting.sameKnfieHelpExpandSize = info.sameKnfieHelpExpandSize + info.savedSetting.currentExpandSize = info.currentSizeExpand + // 轮廓,铣刀路径 + info.savedSetting.borderContour = clone(info.borderContour) +} + +/** 克隆 */ +function clone(obj): PlaceBorderContour { + let newObj = new PlaceBorderContour(obj.placeStyle, obj.borderFinal, obj.borderOrg) + newObj.borderPreMilling = obj.borderPreMilling + newObj.polylineOrg = obj.polylineOrg + newObj.border = obj.border + newObj.borderSameKnifeHelpCut = obj.borderSameKnifeHelpCut + newObj.cutLines = obj.cutLines + newObj.cutLinesSameKnifeHelpCut = obj.cutLinesSameKnifeHelpCut + newObj.borderMoving = obj.borderMoving + // newObj.borderKingOptimize = obj.borderKingOptimize; + newObj.borderModelThrough = obj.borderModelThrough + newObj.borderModelThroughR = obj.borderModelThroughR + newObj.cutLinesModelThrough = obj.cutLinesModelThrough + newObj.borderInnerPlace = obj.borderInnerPlace + newObj.blockInnerSpace = obj.blockInnerSpace + newObj.blockOuterSpace = obj.blockOuterSpace + newObj.spaces = obj.spaces + newObj.polylines2vModel = obj.polylines2vModel + newObj.polylinesOutModel = obj.polylinesOutModel + newObj.placeContours = [] + for (let pc of obj.placeContours) { + if (pc) { + let npc = pc.clone() + newObj.placeContours.push(npc) + } + } + return newObj +} + + + +export function isRect(outline: any): any { + let pts :any = [] //outline.pts + let buls :any=[] // outline.buls + if(Array.isArray(outline)){ + pts = outline.map(e => e.pts) + buls = outline.map(e => e.buls) + }else{ + pts = outline.pts + buls = outline.buls + } + if (buls.length != 5) + return null + if (buls.some(t => t != 0)) + return null + + if (pts.length != 5) + return null + if (pts[4].x != pts[0].x || pts[4].y != pts[0].y) + return null + + return getRect(pts[0], pts[1], pts[2], pts[3]) +} +export function isCircle(outline: any): any { + // const pts = outline.pts + // const buls = outline.buls + const pts = outline.map(e => e.pts) //outline.pts + const buls = outline.map(e => e.buls) // outline.buls + + + if (buls.length != 3) + return null + if (equal(buls[0], 1) && equal(buls[1], 1) && equal(buls[2], 0)) { + const p0 = Array.isArray(outline) ? outline[0].pts : outline?.pts[0] + const p1 = Array.isArray(outline) ? outline[1].pts : outline?.pts[1] + let x0 = Math.min(p0.x, p1.x) + let x1 = Math.max(p0.x, p1.x) + let y0 = Math.min(p0.y, p1.y) + let y1 = Math.max(p0.y, p1.y) + + let r + if (equal(x0, x1)) { + r = (y1 - y0) / 2 + x0 -= r + x1 += r + } + else { + r = (x1 - x0) / 2 + y0 -= r + y1 += r + } + const t = r / Math.SQRT2 + const dis = r - t + return { x: x0 + dis, y: y0 + dis, w: t * 2, l: t * 2 } + } +} + + +export function getSize(m: BlockModel): number { + if (m.pointList.some(t => t.curve != 0)) + return -1 + if (m.pointList.length < 5) + return -1 + + let p1 = m.pointList[0] + let p2 = m.pointList[1] + let p3 = m.pointList[2] + let p4 = m.pointList[3] + let p5 = m.pointList[4] + + let dis12 = getdis(p1, p2) + let dis23 = getdis(p2, p3) + let dis_min = Math.min(dis12, dis23) + let dis_max = Math.max(dis12, dis23) + + if (getdis(p1, p5) > 0.001) + return -1 // 1.5 不重叠的不是拉槽 + // 矩形 中点到四个点 距离都是一样的 + let pc = { pointX: (p1.pointX + p2.pointX + p3.pointX + p4.pointX) / 4, pointY: (p1.pointY + p2.pointY + p3.pointY + p4.pointY) / 4 } + let dis1 = getdis(p1, pc) + let dis2 = getdis(p2, pc) + if (!equal(dis1, dis2)) + return -1 + let dis3 = getdis(p3, pc) + if (!equal(dis1, dis3)) + return -1 + let dis4 = getdis(p4, pc) + if (!equal(dis1, dis4)) + return -1 + + return (dis_min + m.knifeRadius * 2) * (dis_max + m.knifeRadius * 2) +} + + +export function getdis(p1, p2) { + return Math.sqrt((p1.pointX - p2.pointX) ** 2 + (p1.pointY - p2.pointY) ** 2) +} + +export function getMaxChamferR(b: PlaceBlock): number { + let maxR = 0; + let daojiaoCount = 0; + + for (let i = 0; i < b.points.length; i++) { + let p0 = b.points[i]; + if (p0.curve > 0.4143) continue; //不是倒角的, + if (p0.curve < 0.4142) continue; + + let j = i + 1; + if (j == b.points.length) j = 0; + let p1 = b.points[j]; + + let r = CADExt.GetRadius(new Point2d(p0.pointX, p0.pointY), new Point2d(p1.pointX, p1.pointY), p0.curve); + if (r > maxR) maxR = r; + daojiaoCount++; + } + return maxR; +} + +/** 获取板件所有缺角 */ +export function getInnerCorner(b: PlaceBlock): BlockPoint[][] { + let startPos = -1; + let unfilledCorners: BlockPoint[][] = []; //缺角 + for (let i = 0; i < b.points.length; i++) { + if (isBorderPoint(b, b.points[i])) { + startPos = i; + break; + } + } + if (startPos == -1) return unfilledCorners; //找不到板边缘点 + + let insizePs: BlockPoint[] = []; //缺角轮廓点 + for (let i = startPos; i <= b.points.length + startPos; i++) { + let p = b.points[i >= b.points.length ? i - b.points.length : i]; + let onBorder = isBorderPoint(b, p); + if (onBorder) //边缘点 + { + if (insizePs.length == 0) { + insizePs.push(p); + } + else if (insizePs.length == 1 && isSameBorder(insizePs[0], p)) //已有一个边缘点且同边, 替换它 + { + insizePs.splice(0, 1, p); + } + else { + insizePs.push(p); // 获得一个缺角轮廓 + unfilledCorners.push(insizePs); + insizePs = []; + insizePs.push(p); + } + } + else //板内点 + { + if (insizePs.length > 0) insizePs.push(p);// + } + } + return unfilledCorners; +} + +/** 获取板件所有缺角row */ +export function getRawInnerCorner(b): BlockPoint[][] { + let startPos = -1; + let unfilledCorners: BlockPoint[][] = []; //缺角 + for (let i = 0; i < b.rawPointDetail.length; i++) { + if (isBorderPoint(b, b.rawPointDetail[i])) { + startPos = i; + break; + } + } + if (startPos == -1) return unfilledCorners; //找不到板边缘点 + + let insizePs: BlockPoint[] = []; //缺角轮廓点 + for (let i = startPos; i <= b.rawPointDetail.length + startPos; i++) { + let p = b.rawPointDetail[i >= b.rawPointDetail.length ? i - b.rawPointDetail.length : i]; + let onBorder = isAfrerBorderPoint(b, p); + if (onBorder) //边缘点 + { + if (insizePs.length == 0) { + insizePs.push(p); + } + else if (insizePs.length == 1 && isSameBorder(insizePs[0], p)) //已有一个边缘点且同边, 替换它 + { + insizePs.splice(0, 1, p); + } + else { + insizePs.push(p); // 获得一个缺角轮廓 + unfilledCorners.push(insizePs); + insizePs = []; + insizePs.push(p); + } + } + else //板内点 + { + if (insizePs.length > 0) insizePs.push(p);// + } + } + return unfilledCorners; +} + +/**是否边缘点 */ +export function isBorderPoint(b: PlaceBlock, p: BlockPoint): boolean { + if (equal(p.pointX, 0)) return true; + if (equal(p.pointY, 0)) return true; + if (equal(p.pointX, b.cutWidth)) return true; + if (equal(p.pointY, b.cutLength)) return true; + return false; +} + +/**是否边缘点2 */ +export function isAfrerBorderPoint(b, p): boolean { + if (equal(p.pointX, 0)) return true; + if (equal(p.pointY, 0)) return true; + if (equal(p.pointX, b.splitWidth)) return true; + if (equal(p.pointY, b.splitHeight)) return true; + return false; +} + +/**是否同边 */ +export function isSameBorder(p1: BlockPoint, p2: BlockPoint): boolean { + if (equal(p1.pointX, p2.pointX)) return true; + if (equal(p1.pointY, p2.pointY)) return true; + return false; +} \ No newline at end of file diff --git a/src/processParser/common/zip.ts b/src/processParser/common/zip.ts new file mode 100644 index 0000000..0cdd21a --- /dev/null +++ b/src/processParser/common/zip.ts @@ -0,0 +1,151 @@ +// import JsZip from 'jszip'; +import type { DeflateOptions } from 'fflate' +import { Zip, ZipDeflate, strToU8 } from 'fflate' +import { getFileExt } from './file' + +export class FileInfo +{ + name: string + content: string | Blob | Uint8Array + encode: string + isBase64 = false + binary = false + constructor(name, text, isBase64 = false) + { + this.name = name + this.content = text + this.isBase64 = isBase64 + } +} + +export abstract class ZipProvider +{ + // abstract loadAsync(file: File): Promise; + protected files: FileInfo[] = [] + + addFile(file: FileInfo) + { + this.files.push(file) + } + + abstract saveAsync(): Promise +} + +// export class JsZipProvider extends ZipProvider +// { + +// private ctx = new JsZip(); + +// // async loadAsync(file: File): Promise +// // { +// // await this.ctx.loadAsync(file); +// // } + +// async saveAsync(): Promise +// { +// for (const file of this.files) +// { +// this.ctx.file(file.name, file.content, { +// createFolders: true, +// base64: file.isBase64, +// binary: file.binary, +// compression: "DEFLATE", +// }); +// } +// return await this.ctx.generateAsync({ type: 'blob' }); +// } +// } + +export class FflateZipProvider extends ZipProvider +{ + private ctx = new Zip() + + private task: Promise + + constructor() + { + super() + this.task = new Promise((resolve, reject) => + { + let result = [] + this.ctx.ondata = (err, data, final) => + { + if (!err) + { + result.push(data) + if (final) + { + resolve(new Blob(result, { type: 'application/zip' })) + } + } else + { + reject() + } + } + }) + } + + async saveAsync(): Promise + { + for (const file of this.files) + { + let data: Uint8Array + if (file.content instanceof Blob) + { + // console.log(file.name); + let buffer = await file.content.arrayBuffer() + // console.log('buffer', buffer); + data = new Uint8Array(buffer) + } else if (file.content instanceof Uint8Array) + { + data = file.content + } + else if (file.isBase64) + { + data = new Uint8Array(atob(file.content).split('').map((c) => + { + return c.charCodeAt(0) + })) + } else + { + data = strToU8(file.content) + } + + let zipInput = new ZipDeflate(file.name, this.getOptionByExt(file.name)) + this.ctx.add(zipInput) + zipInput.push(data, true) + } + this.ctx.end() + return this.task + } + + getOptionByExt(fileName: string) + { + let option: DeflateOptions = { + level: 6, + // mem: 12 + } + let ext = getFileExt(fileName) + if (ext !== null) + { + switch (ext) + { + case 'bmp': + option.level = 1 + option.mem = 0 + break + case 'jpg': + case 'jpeg': + option.level = 1 + break + case 'png': + option.level = 0 + break + } + } + + return option + } +} + +export const DefaultZipProvider = () => new FflateZipProvider() diff --git a/src/processParser/confClass.ts b/src/processParser/confClass.ts new file mode 100644 index 0000000..7909e8f --- /dev/null +++ b/src/processParser/confClass.ts @@ -0,0 +1,1348 @@ + +/**配置项 */ +export interface configItem { + /** 配置字段 */ + key: String, + /** 默认值 */ + defaultValue?: String | Number | Array | boolean + /** 文字说明 */ + label: String, + /** 文字的class */ + labelClass?: String + /** 文字样式 */ + labelStyle?: any + /** 生效的值 */ + value?: String | Number | Array | boolean + /** 分组 */ + groupBy: String + /** 辅助说明 */ + helpMessage?: String + //** 是否在UI界面显示 */ + isShow?: boolean + /** 是否在UI界面可编辑 */ + disable?: boolean + /** 组件类型 标识*/ + component?: string + /** 附带的其它组件信息 */ + componentList?: configItem[] + /** 数据选项 */ + options?: any[] + /** 样式 */ + style?: any +} +/**G代码指令 + * 目前 只需要做 G0 - G3 + */ +export enum GCode { + /**快速定位 空程移动 范例：G00 X100 Y50（刀具快速移动至X100、Y50位置） */ + G0 = 'G0', + /**快速定位 空程移动 范例：G00 X100 Y50（刀具快速移动至X100、Y50位置）*/ + G00 = 'G00', + /**直线 直线插补 范例：G01 X200 Y300 F150（刀具以150mm/min的进给速度直线移动至X200、Y300）*/ + G1 = 'G1', + /**直线 范例：G01 X200 Y300 F150（刀具以150mm/min的进给速度直线移动至X200、Y300）*/ + G01 = 'G01', + /** 顺时针 范例：G17 G02 X150 Y50 I50 J0 F100（在XY平面，以半径50mm顺时针圆弧插补至X150、Y50）*/ + G2 = 'G2', + /** 顺时针 范例：G17 G02 X150 Y50 I50 J0 F100（在XY平面，以半径50mm顺时针圆弧插补至X150、Y50）*/ + G02 = 'G02', + /** 逆时针 范例：G17 G03 X150 Y50 I50 J0 F100（在XY平面，以半径50mm逆时针圆弧插补至X150、Y50）*/ + G3 = 'G3', + /** 逆时针 范例：G17 G03 X150 Y50 I50 J0 F100（在XY平面，以半径50mm逆时针圆弧插补至X150、Y50）*/ + G03 = 'G03', + /**暂停 范例：G04 X2（暂停2秒）*/ + G4 = 'G4', + /**暂停 范例：G04 X2（暂停2秒）*/ + G04 = 'G04', + /** 通过中间点圆弧插补 + * 1. 通过中间点圆弧插补 + * 示例：G05 X60 Z50 IX50 IZ60 F120 刀具从当前位置出发，经过中间点 (50, 60)，最终到达终点 (60, 50)，形成圆弧轨迹。 + * 2. 高精轨迹控制（HPCC）模式 + * 功能：G05 可启动高精轨迹控制模式（HPCC），通过曲线拟合和参数优化，实现高精度、高速度的轨迹加工，适用于复杂曲面或高精度零件。 + * 指令格式： + * 启动：G05 P10000（P值设为10000） + * 关闭：G05 P0（P值设为0） + * 3、注意事项： + * 轴类型限制：建议线性轴参与HPCC模式，旋转轴需谨慎设置。 + 与其他功能冲突： + 在HPCC模式下，G61（准确停止检查）、G63（攻螺纹）等功能可能失效，需退出HPCC模式后恢复。 + 启用 RTCP（旋转刀具中心点）或 STCP 模式时，禁止同时启用HPCC功能。 + 不支持的功能： + 不支持单节停止（C40/M00）、反向手轮模拟、图形模拟等。 + 剩余距离显示可能不准确，因显示的是离曲线终点的距离，而非单节终点。 + * */ + G5 = 'G5', + /** 通过中间点圆弧插补 */ + G05 = 'G05', + /** 抛物线插补 */ + G6 = 'G6', + /** 抛物线插补 */ + G06 = 'G06', + /** z样条曲线插补 */ + G7 = 'G7', + /** z样条曲线插补 */ + G07 = 'G07', + /** 进给加速 */ + G8 = 'G8', + /** 进给加速 */ + G08 = 'G08', + /** 进给减速 */ + G9 = 'G9', + /** 进给减速 */ + G09 = 'G09', + /** 参数写入方式有效 */ + G10 = 'G10', + /** 参数写入方式取消 */ + G11 = 'G11', + /** 极坐标变成 */ + G16 = 'G16', + /** XY平面选择 */ + G17 = 'G17', + /** XZ平面选择 */ + G18 = 'G18', + /** YZ平面选择 */ + G19 = 'G19', + /** 英制输入 */ + G20 = 'G20', + /** 公制输入 */ + G21 = 'G21', + /** 半径尺寸编程方式 */ + G22 = 'G22', + /** 系统操作界面上使用 */ + G220 = 'G220', + /** 直径尺寸编程方式 */ + G23 = 'G23', + /** 系统操作界面上使用 */ + G230 = 'G230', + /** 子程序结束 */ + G24 = 'G24', + /** 跳转加工 */ + G25 = 'G25', + /** 循环加工 */ + G26 = 'G26', + /** 参考点返回 */ + G28 = 'G28', + /** 倍率注销 */ + G30 = 'G30', + /** 倍率定义 */ + G31 = 'G31', + /** 等螺距螺纹切削，英制 */ + G32 = 'G32', + /** 等螺距螺纹切削，公制 */ + G33 = 'G33', + /** 增螺距螺纹切削 */ + G34 = 'G34', + /** 减螺距螺纹切削 */ + G35 = 'G35', + //** 刀具半径补正取消 */ + G40 = 'G40', + //** 刀具半径补正 左*/ + G41 = 'G41', + //** 刀具半径补正 右*/ + G42 = 'G42', + //** 刀具长度补正+ */ + G43 = 'G43', + //** 刀具长度补正- */ + G44 = 'G44', + //** 道具偏置+/+ */ + G45 = 'G45', + //** 道具偏置+/- */ + G46 = 'G46', + //** 道具偏置-/- */ + G47 = 'G47', + //** 道具偏置-/+ */ + G48 = 'G48', + //** 刀具长度 补正取消 */ + G49 = 'G49', + //** 局部坐标系设定 */ + G52 = 'G52', + //** 机床坐标系选择 */ + G53 = 'G53', + //** 工件坐标系选择1 */ + G54 = 'G54', + //** 工件坐标系选择2 */ + G55 = 'G55', + //** 工件坐标系选择3 */ + G56 = 'G56', + //** 工件坐标系选择4 */ + G57 = 'G57', + //** 工件坐标系选择5 */ + G58 = 'G58', + //** 工件坐标系选择6 */ + G59 = 'G59', + //** 坐标系旋转有效 */ + G68 = 'G68', + //** 坐标系旋转取消 */ + G69 = 'G69', + /** 高速深孔钻 */ + G73 = 'G73', + /** 精搪孔 */ + G76 = 'G76', + /** 固定循环取消/取消循环指令 */ + G80 = 'G80', + /**程序停止 */ + M00 = 'M00', + /**选择性停止 */ + M01 = 'M01', + /** 程序结束 */ + M02 = 'M02', + /**主轴正转 */ + M03 = 'M03', + /**主轴反转 */ + M04 = 'M04', + /**主轴停止 */ + M05 = 'M05', + /**自动换刀 */ + M06 = 'M06', +} + +/** 内部指令 接收 */ +export class CodeAction { + code?: String + order?: String + codeParams?: any +} +/**内部响应类 */ +export class GCodeResType { + code: number = -1 + data: any = null + msg: string = '' + logError(msg) { + console.error(msg) + } +} + +/**G代码基类 */ +export class GCodeAction { + + /** 空程直线 */ + G0(params: CodeParams) { + const { x, y, z, f, xKey, yKey, zKey, fKey, codeKey } = params + let val: string = GCode.G0 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 空程直线 */ + G00(params: CodeParams) { + const { x, y, z, f, xKey, yKey, zKey, fKey, codeKey } = params + let val: string = GCode.G00 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 直线 */ + G1(params: CodeParams) { + const { x, y, z, f, xKey, yKey, zKey, fKey, codeKey } = params + let val: string = GCode.G1 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + + + + return val + } + /** 直线 */ + G01(params: CodeParams) { + const { x, y, z, f, xKey, yKey, zKey, fKey, codeKey } = params + let val: string = GCode.G01 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 顺时针 弧线 + * @param x x坐标 + * @param y y坐标 + * @param z z坐标 + * @param i 圆弧 对于起点的偏移量 x + * @param y 圆弧 对于起点的偏移量 Y + * @param z 圆弧 对于起点的偏移量 Y + * @param f 速度 + */ + G2(params: CodeParams) { + const { x, y, z, i, j, k, r, f, xKey, yKey, zKey, fKey, iKey, jKey, kKey, codeKey } = params + let val: string = GCode.G2 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + let _iKey = iKey || 'I' + let _jKey = jKey || 'J' + let _kKey = kKey || 'K' + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + if (checkVal(r)) { + val += ` R${r}` + } else { + if (checkVal(i)) { + val += ` ${_iKey}${i}` + } + if (checkVal(j)) { + val += ` ${_jKey}${j}` + } + if (checkVal(k)) { + val += ` ${_kKey}${k}` + } + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 顺时针 弧线 + * @param x x坐标 + * @param y y坐标 + * @param z z坐标 + * @param i 圆弧 对于起点的偏移量 x + * @param y 圆弧 对于起点的偏移量 Y + * @param z 圆弧 对于起点的偏移量 Y + * @param f 速度 + */ + G02(params: CodeParams) { + const { x, y, z, i, j, k, r, f, xKey, yKey, zKey, fKey, iKey, jKey, kKey, codeKey } = params + let val: string = GCode.G02 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + let _iKey = iKey || 'I' + let _jKey = jKey || 'J' + let _kKey = kKey || 'K' + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + + if (checkVal(r)) { + val += ` R${r}` + } else { + if (checkVal(i)) { + val += ` ${_iKey}${i}` + } + if (checkVal(j)) { + val += ` ${_jKey}${j}` + } + if (checkVal(k)) { + val += ` ${_kKey}${k}` + } + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 逆时针 弧线 + * @param x x坐标 + * @param y y坐标 + * @param z z坐标 + * @param i 圆弧 对于起点的偏移量 x + * @param y 圆弧 对于起点的偏移量 Y + * @param z 圆弧 对于起点的偏移量 Y + * @param f 速度 + */ + G3(params: CodeParams) { + const { x, y, z, i, j, k, r, f, xKey, yKey, zKey, fKey, iKey, jKey, kKey, codeKey } = params + let val: string = GCode.G3 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + let _iKey = iKey || 'I' + let _jKey = jKey || 'J' + let _kKey = kKey || 'K' + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + + if (checkVal(r)) { + val += ` R${r}` + } else { + if (checkVal(i)) { + val += ` ${_iKey}${i}` + } + if (checkVal(j)) { + val += ` ${_jKey}${j}` + } + if (checkVal(k)) { + val += ` ${_kKey}${k}` + } + } + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 逆时针 弧线 + * @param x x坐标 + * @param y y坐标 + * @param z z坐标 + * @param i 圆弧 对于起点的偏移量 x + * @param y 圆弧 对于起点的偏移量 Y + * @param z 圆弧 对于起点的偏移量 Y + * @param f 速度 + */ + G03(params: CodeParams) { + const { x, y, z, i, j, k, r, f, xKey, yKey, zKey, fKey, iKey, jKey, kKey, codeKey } = params + let val: string = GCode.G03 + if (typeof (codeKey) == 'string' && codeKey != '') { + val = codeKey + } + let _xkey = xKey || 'X' + let _yKey = yKey || 'Y' + let _zKey = zKey || 'Z' + let _fKey = fKey || 'F' + let _iKey = iKey || 'I' + let _jKey = jKey || 'J' + let _kKey = kKey || 'K' + + if (checkVal(x)) { + val += ` ${_xkey}${x}` + } + if (checkVal(y)) { + val += ` ${_yKey}${y}` + } + if (checkVal(z)) { + val += ` ${_zKey}${z}` + } + + if (checkVal(r)) { + val += ` R${r}` + } else { + if (checkVal(i)) { + val += ` ${_iKey}${i}` + } + if (checkVal(j)) { + val += ` ${_jKey}${j}` + } + if (checkVal(k)) { + val += ` ${_kKey}${k}` + } + } + + if (checkVal(f)) { + val += ` ${_fKey}${f}` + } + return val + } + /** 主轴正转 + * + * @param s 转速 + */ + M03(s: any) { + let val: string = GCode.M03 + if (checkVal(s)) { + val += ` S${s}` + } + return val + } + /**主轴反向转 + * @param s 转速 + */ + M04(s: any) { + let val: string = GCode.M04 + if (checkVal(s)) { + val += ` S${s}` + } + return val + } + + /**主轴停止 */ + M05() { + let val: string = GCode.M05 + + return val + } + /**换刀指令 */ + M06(t: String) { + let val: string = GCode.M06 + if (checkVal(t)) { + val += ` T${t}` + } + return val + } + +} + +/** 行为基类 */ +export class processServeBase extends GCodeResType { + /**G代码基类 */ + _Action = new GCodeAction() + /** 刀库 */ + knifeList?: Array + /** 当前使用的刀具 */ + usedKnife?: Knife | _knifeType + constructor() { + super() + } + //** 使用G0代码 移动刀具 */ + KnifeMove(params: CodeParams) { + let res = this._Action.G0(params) + return res + '\n' + } + /** + * 根据传入的数据 生成 G0 || G1 || G2 || G3 代码 + */ + KnifeMove_Arc(params: CodeParams) { + let res: any = '' + + let dir = params.dir || 0 + if (typeof (dir) == 'string') { + dir = parseInt(dir) + } + switch (dir) { + case 0: + res = this._Action.G0(params) + break; + case 1: + res = this._Action.G1(params) + break; + case 2: + res = this._Action.G2(params) + break; + case 3: + res = this._Action.G3(params) + break; + default: + res = '' + break; + } + + return res + } + + /** 换刀指令 -- + * + * 因为设计的问题 + * 现在配置界面会直接配置换刀代码 + * + * + * 配置数据读取 + * @param str: 刀具名 + */ + KnifeChange(str: String) { + let res: any = null + if (str != '') { + res = this._Action.M06(str) + } + return res + } + /** 开始指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + startCode() { + let res: any = null + /** 文件头 */ + res = 'codeName\n' + /** 轴启动 */ + res += this._Action.M03(18000) + + /** 刀启动 */ + res = this._Action.M06('T1') + + /** */ + return res + } + /** 结束指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + endCode() { + let res: any = null + + /**刀停止 */ + + /** 轴停止 */ + res = this._Action.M05() + + return res + } + +} + +/** 业务类 */ +export class processServe { + /** 安全距离 */ + safeZ = 30 + /** 注释标识 */ + leaderChar: string = '//' + serveBase = new processServeBase() + _GCodeResType = new GCodeResType() + /**G代码基类 */ + _Action = new GCodeAction() + /**文件头 */ + boardFileHead = 'G54 G90' + /** 文件尾 */ + boardFileEnd = 'M30' + /** 测试用 */ + checkParams(code) { + let res = new GCodeResType() + let handle = true + let temp = { + /** x坐标 */ + x: false, + /** y坐标 */ + y: false, + /** z坐标 */ + z: false, + /** */ + dir: false, + /** 圆弧半径 */ + r: false, + /** 速度 */ + f: false, + /** IJK 模式的i */ + i: false, + /** IJK 模式的j */ + j: false, + /** IJK 模式的k */ + k: false, + } + switch (code) { + case 'G0': + temp = { ...temp, x: true, y: true, z: true, f: true } + break; + case 'G00': + temp = { ...temp, x: true, y: true, z: true, f: true } + break; + case 'G1': + temp = { ...temp, x: true, y: true, z: true, f: true } + break; + case 'G01': + temp = { ...temp, x: true, y: true, z: true, f: true } + break; + case 'G2': + temp = { ...temp, x: true, y: true, z: true, i: true, j: true, k: true, dir: true, r: true, f: true } + break; + case 'G02': + temp = { ...temp, x: true, y: true, z: true, i: true, j: true, k: true, dir: true, r: true, f: true } + break; + case 'G3': + temp = { ...temp, x: true, y: true, z: true, i: true, j: true, k: true, dir: true, r: true, f: true } + break; + case 'G03': + temp = { ...temp, x: true, y: true, z: true, i: true, j: true, k: true, dir: true, r: true, f: true } + break; + default: + handle = false + break; + } + + if (handle == false) { + res.code = -1 + res.data = null + res.msg = `${code}命令开发中` + } else { + res.code = 100 + res.data = temp + res.msg = 'sucess' + } + return res + } + + //** 生成单个加工项的代码 -- 测试用 */ + doProcessItem(processItem: CodeParamsObj) { + let code = '' + // 文件头 + code += this.boardFileHead + '\n' + if (processItem.list.length > 0) { + if (processItem.processItemInfo?.knife) { + code += this.startCode(processItem.processItemInfo?.knife) + '\n' + } + + code += this.addAnnotation('process Remark') + '\n' + for (const item of processItem.list) { + code += `${this.serveBase.KnifeMove_Arc(item)} \n` + } + if (processItem.processItemInfo?.knife) { + code += this.endCode(processItem.processItemInfo?.knife) + '\n' + } + } else { + this._GCodeResType.logError('doProcessItem fail,no processItem Data') + } + // 文件尾 + code += this.boardFileEnd + '\n' + return code + } + /** 生成多个加工项代码 */ + doProcessList(data: CodeParamsList) { + let code = '' + + if (data.processList.length > 0) { + for (const item of data.processList) { + code += `${this.doProcessItem(item)} \n` + } + } else { + this._GCodeResType.logError('doProcessList fail,no processItem Data') + } + return code + } + /** 添加注释 */ + addAnnotation(str) { + let res = `${this.leaderChar} ${str}` + return res + } + + + startCode(knife: _knifeType) { + let res: any = '' + + /** 轴启动 */ + res += knife.axisStartCode + '\n' + /** 刀启动 */ + res = knife.knifeStartCode + + /** */ + return res + } + /** 结束指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + endCode(knife: _knifeType) { + let res: any = '' + /**刀停止 */ + res += knife.knifeStopCode + '\n' + /** 轴停止 */ + res += knife.axisStopCode + + return res + } +} + +function checkVal(val) { + let r = true + if ((val == undefined || val == '')) { + r = false + } + return r +} + + + +/** 加工项的类别 + * 用于区分加工项的类别，不同的类别 在文件生成的时候 可能需要对应某些独立的节点 + */ +export enum processItemType { + /**排钻 */ + Hole = 'hole', + /** 铣孔 */ + MillingHole = 'millingHole', + /** 造型 非槽加工 铣型 */ + Model = 'model', + /** 造型 槽-- 拉槽 */ + Grooves = 'grooves', + /** 造型 铣槽 */ + MillingGrooves = 'millingGrooves', + /** 侧面造型 */ + SideModel = 'SideModel', + /** 侧面槽 - 拉槽 */ + SideGrooves = 'sideGrooves', + /** 侧面槽 - 拉槽 */ + SideMillingGrooves = 'SideMillingGrooves', + /** 侧面孔 排钻 */ + SideHole = 'sideHole', + /** 侧面孔 铣孔 */ + MillingSideHole = 'MillingSideHole', + /** 开料 */ + CutBlock = 'cutBlock', + /** 修边 */ + MillingBlockBoard = 'MillingBlockBoard' +} + + +// 加工项 点数据 +export class CodeParams { + /** x坐标 */ + x?: Number | String + /** y坐标 */ + y?: Number | String + /** z坐标 */ + z?: Number | String + /** 调用的代码编号 */ + dir?: Number | String + /** 圆弧半径 */ + r?: Number | String + /** 速度 */ + f?: Number | String + /** IJK 模式的i */ + i?: Number | String + /** IJK 模式的j */ + j?: Number | String + /** IJK 模式的k */ + k?: Number | String + + /** 代码标识 */ + codeKey?: String + /** x坐标 */ + xKey?: String + /** y坐标 */ + yKey?: String + /** z坐标 */ + zKey?: String + /** 圆弧半径 */ + rKey?: String + /** 速度 */ + fKey?: String + /** IJK 模式的i */ + iKey?: String + /** IJK 模式的j */ + jKey?: String + /** IJK 模式的k */ + kKey?: String +} + + +/** 加工项对应的信息 */ +export class ProcessInfo extends CodeAction { + /**当前加工项的下标*/ + i?: Number + /** 加工项 对应刀具的数据 */ + knife?: _knifeType + /** 加工项的类型 */ + type?: processItemType + /** 加工项所在的 文件名 */ + belong?: string + /** 该加工项基于哪个加工面 传入数据 主要用于 加工项坐标转换 感觉可能没用 */ + belongFace?: FaceType + /** 板件信息 */ + block?: any + // /** 垂直基准点 */ + // originZ0Position?: OriginZPosition + // /** 水平基准点 */ + // originPointPosition?: BoardPosition + // /** 大板定位 */ + // boardLocation?: BoardPosition + // /** 加工项的宽方向 x */ + // widthSideAxis?: AxisType + // /** 加工项的长方向 y */ + // lengthSideAxis ?: AxisType + // /** 加工项的高方向 */ + // heightSideAxis ?: AxisType + +} + + +/**导出文件的 业务信息 */ +export class ProcessFileInfo extends CodeAction { + // 订单数据 + order?: any = [] + /** 排单信息 */ + planOrderInfo?: any = {} + // 商品信息 + materialInfo?: any[] + /** 所在板件信息 */ + block?: any[] + /** 压缩包 文件名 */ + zipFileName?: any + /** 文件名数据集 */ + fileNameList?: string[] + /** 文件名 */ + fileName?: string | FileNameType + /** */ +} + +export class FileNameType { + name: String = '' + Suffix: String = '' +} + +/**加工项数据 */ +export class CodeParamsObj { + //**加工项 点阵 */ + list: CodeParams[] = [] + /** 加工项 的其他附带信息 */ + processItemInfo?: ProcessInfo = {} +} + +/** 代码指令数据集 加工项数据集 */ +export class CodeParamsList { + processListInfo?: ProcessFileInfo + processList: CodeParamsObj[] = [] +} + + +export class _knifeType { + [key: string]: any + /** 开料刀ID号 */ + knifeId?: number | string + /** 轴号 */ + axleId?: number | string + /** 是否启用 */ + isEnabled?: boolean = true; + + /** 刀直径mm */ + diameter?: number + /** 刀长(最大深度) */ + length?: number + /**进给速度, 0取系统默认 */ + speed?: number + + /** 偏置短边偏移(X轴)-相对于工件原点位置XY坐标的短边方向偏移量 */ + offsetX?: number + /** 偏置长边偏移(Y轴)-相对于工件原点位置XY坐标的长边方向偏移量*/ + offsetY?: number + /** 偏置垂直偏移(Z轴)-相对于工件原点位置XY坐标的垂直方向偏移量*/ + offsetZ?: number + /** 基准坐标-短边(X轴)-钻头在钻包中短边方向(纵向)的相对位置 */ + baseX?: number + /** 基准坐标-长边(Y轴)-钻头在钻包中长边方向(横向)的相对位置 */ + baseY?: number + /** 轴启动指令后置 */ + isAxisStartCodePostpost?: boolean = false; + /** 轴启动指令前置 */ + isAxisStartCodePrepost?: boolean = false; + + + /** 刀名称 */ + knifeName?: String + /** 刀类型 */ + knifeType?: Number | String + /** 功能属性(数组): 1开料/切割 2拉槽 3铣型 4铣孔 5钻孔 6拉米诺 7乐扣 8T型 */ + ability?: any = [] + /** 支持的加工面 */ + face?: FaceType = 0 + /**刀启动指令 */ + knifeStartCode?: string = '' + /**刀停止指令 */ + knifeStopCode?: string = '' + /**轴开始指令 */ + axisStartCode?: string = '' + /** 轴停止指令 */ + axisStopCode?: string = '' +} + + +/** 让对象能够支持动态属性 */ +export class _type { + [key: string]: any; +} + +/** + * 板面类型 + * 0正面 1反面 2侧面 21左侧面 22右侧面 23上侧面 24下侧面 29 弧形侧面 30异形侧面 + */ +export enum FaceType { + /** 正面 */ + FRONT = 0, + /** 反面 */ + BACK = 1, + /** 侧面 */ + SIDE = 2, + /** 左侧面 */ + LEFT_SIDE = 21, + /** 右侧面 */ + RIGHT_SIDE = 22, + /** 上侧面 */ + TOP_SIDE = 23, + /** 下侧面 */ + BOTTOM_SIDE = 24, + /** 弧形侧面 */ + CURVED_SIDE = 29, + /** 异形侧面 */ + SPECIAL_SHAPED_SIDE = 30, +} + +/** 开料刀 */ +export class Knife { + /** 是否启用 */ + isEnabled = true; + /** 轴号 */ + axleId = 0; + /** 开料刀ID号 */ + knifeId = 1; + /** 加工面(0正面 1反面 2左侧面 3右侧面 4上侧面 5下侧面 6任意) */ + processFace = 0; + /** 刀名称 */ + knifeName = ''; + /** 刀具类型(1铣刀 2成型刀 3钻头 4锯 5刀片) */ + knifeType = KnifeType.MILLING_CUTTER; + /** 功能属性(数组): 1开料/切割 2拉槽 3铣型 4铣孔 5钻孔 6拉米诺 7乐扣 8T型 */ + ability: any = []; + + // /** 默认开料刀 */ + // isDefaultCutKnife = false; + // /** 是否可用于开料切割 */ + // isCuttingKnife = false; + // /** 是否允许铣孔(knifeType为铣刀生效) */ + // isMillingAllowed = false; + /** 刀直径mm */ + diameter = 6; + /** 刀长(最大深度) */ + length = 20; + /** 锯齿厚度，单次加工切缝宽度 */ + sawThiness = 0; + /**锯向: 0横向（或长边） 1纵向（短边） 2自由角度*/ + sawDirection = 0; + /**切向加工方向: 0横向左往右 2横向右往左 3纵向上往下 4纵向下往上 5随意 */ + processDirection = 0; + /**进给速度, 0取系统默认 */ + speed = 0; + /** 进给深度 */ + stepDepth = 0; + // /** 组号 */ + // groupNo = 0; + // /** 主刀 */ + // isMainKnife = false; + // /** 是否高级加工 */ + // isAdvancedProcessEnabled = false; + // /** 是否集合加工 */ + // isBatchProcessEnabled = false; + // /** 副刀偏置长边偏移(Y轴) */ + // auxKnifeOffsetY = 0; + // /** 副刀偏置短边偏移(X轴) */ + // auxKnifeOffsetX = 0; + /** 偏置短边偏移(X轴)-相对于工件原点位置XY坐标的短边方向偏移量 */ + offsetX = 0; + /** 偏置长边偏移(Y轴) -相对于工件原点位置XY坐标的长边方向偏移量*/ + offsetY = 0; + /** 偏置垂直偏移(Z轴) -相对于工件原点位置XY坐标的垂直方向偏移量*/ + offsetZ = 0; + /** 基准坐标-短边(X轴) -钻头在钻包中短边方向(纵向)的相对位置 */ + baseX = 0; + /** 基准坐标-长边(Y轴) -钻头在钻包中长边方向(横向)的相对位置 */ + baseY = 0; + /**组合钻 */ + isModularDrill = false; + /** 是否预启动 */ + isPreStartEnabled = false; + /** 预启动提前动作数 */ + preStartAheadActionCount = 5; + /** 预启动延迟换刀 */ + isPreStartToolChangeDelay = false; + /** 预启动延迟换刀指令 */ + preStartToolChangeDelayCode = ''; + /** 轴启动指令后置 */ + isAxisStartCodePostpost = false; + /** 轴停止指令前置 */ + isAxisStopCodePrepose = false; + /** 钻组独立指令（启用后，刀起始指令、刀结束指令使用钻组起始指令、钻组结束指令替换） */ + drillGroupCode = ''; + + /** 轴启动代码*/ + axisStartCode = ""; + /** 刀启动代码 */ + knifeStartCode = ''; + /** 钻组起始指令 */ + drillGroupStartCode = ''; + /** 钻组结束指令 */ + drillGroupEndCode = ''; + /** 刀停止代码 */ + knifeStopCode = ''; + /** 轴停止指令 */ + axisStopCode = ''; + // /** 高级加工指令 */ + // advancedCode = ''; + + /** 开料刀 */ + get isCuttingKnife() { + return this.isEnabled && this.ability.includes(AbilityType.CUT); + } + + /** 造型刀 */ + get isModelingKnife() { + return this.isEnabled && this.ability.includes(AbilityType.MILLING_MODEL); + } + + /** 钻刀 */ + get isDrillingKnife() { + return this.isEnabled && this.ability.includes(AbilityType.DRILL_HOLE); + } + + /** 铣孔 */ + get isCutting4HoleKnife() { + return this.isEnabled && this.ability.includes(AbilityType.MILLING_HOLE); + } + + constructor(data: any = null) { + if (data != null) { + for (const key in data) { + try { + this[key] = data[key] + // if (Reflect.has(this, key)) { + // this[key] = data[key] + // } + } catch (error) { + console.log('load knife parameter error', key, error) + } + } + } + } + + /** 设置刀具(轴号, 刀名, 刀直径, 是否主刀, 是否铣孔, 是否开料刀) */ + // set(axleId: number, name: string, diameter: number, isMainKnife: boolean, isMillingAllowed: boolean, isCuttingKnife: boolean) + /** 设置刀具(轴号, 刀名, 刀类型, 刀直径, 刀长, 是否默认刀) */ + set(axleId: number, name: string, knifeType: KnifeType, diameter: number, length: number, isEnabled: boolean) { + this.axleId = axleId; + this.knifeName = name; + this.knifeType = knifeType; + this.diameter = diameter; + this.length = length; + this.isEnabled = isEnabled; + } +} + + +/** 刀类型: MILLING_CUTTER铣刀 FORMING_CUTTER成型刀 DRILL钻头 SAW锯 BLADE刀片 */ +export enum KnifeType { + /** 铣刀 */ + MILLING_CUTTER = 1, + /** 成型刀 */ + FORMING_CUTTER = 2, + /** 钻头 */ + DRILL = 3, + /** 锯 */ + SAW = 4, + /** 刀片 */ + BLADE = 5 +} + +/** 刀功能: + ** 1-CUT开料/切割 2-PULLING_GROOVE拉槽 3-MILLING_MODEL铣型 4-MILLING_HOLE铣孔 + ** 5-DRILL_HOLE钻孔 6-RAMINO拉米诺 7-EASY_FASTEN乐扣 8-T_TYPE T型 */ +export enum AbilityType { + /** 1开料/切割 */ + CUT = 1, + /** 2拉槽 */ + PULLING_GROOVE = 2, + /** 3铣型 */ + MILLING_MODEL = 3, + /** 4铣孔 */ + MILLING_HOLE = 4, + /** 5钻孔 */ + DRILL_HOLE = 5, + /** 6拉米诺 */ + RAMINO = 6, + /** 7乐扣 */ + EASY_FASTEN = 7, + /** 8T型 */ + T_TYPE = 8 +} + +/** 枚举 坐标轴类型 */ +export enum AxisType { + /** X轴正 */ + X_POS = 0, + /** X轴负 */ + X_NEG = 1, + /** Y轴正 */ + Y_POS = 2, + /** Y轴负 */ + Y_NEG = 3, + /** 向上Z轴正 */ + Z_POS = 4, + /** 向下Z轴负 */ + Z_NEG = 5, +} + +/** 枚举 坐标轴类型 */ +export enum OriginZPosition { + /** 台面向上Z轴正 */ + WorkTop = 0, + /** 板面向上Z轴正 */ + BoardFace = 1, +} + +// nc文件编码 +export const ncEncodeMap = { + 'UTF-8': 'UTF-8', + 'GB2312': 'GB2312', + 'UTF-8-BOM': 'UTF-8-BOM', + 'GBK': 'GBK', + 'Big-5': 'Big-5', + 'GB18030': 'GB18030', + 'Unicode': 'Unicode' +} + +// 小板文件名选项 +export const smallPlateOptionsMap = { + 板宽: '{0}', + 板长: '{1}', + 颜色: '{2}', + 材质: '{3}', + 大板号: '{4}', + 工位号: '{5}', + 板厚: '{6}', + 开料顺序: '{7}', + 批次识别: '{8}', + 小板编号: '{9}', + 全局大板号: '{10}', + 品牌: '{11}', +} + +// zip压缩包文件名选项 +export const zipFileOptionsMap = { + '板宽': '{0}', + '板长': '{1}', + '颜色': '{2}', + '材质': '{3}', + '大板号': '{4}', + '工位号': '{5}', + '板厚': '{6}', + '开料顺序': '{7}', + '批次识别': '{8}', + '小板编号': '{9}', + '全局大板号': '{10}', + '品牌': '11', +} + +/** 枚举 大板边角位置 */ +export enum BoardPosition { + /** 左上角 */ + // LEFT_TOP = 0, + // /** 左下角 */ + // LEFT_BOTTOM = 1, + // /** 右下角 */ + // RIGHT_BOTTOM = 2, + // /** 右上角 */ + // RIGHT_TOP = 3, + /** 左上角 */ + LEFT_TOP = 3, + /** 左下角 */ + LEFT_BOTTOM = 0, + /** 右下角 */ + RIGHT_BOTTOM = 1, + /** 右上角 */ + RIGHT_TOP = 2, + /** + * 左下角 = 0, + 右下角 = 1, + 右上角 = 2, + 左上角 = 3 + */ +} + +/** 排版样式 */ +export enum PlaceStyle { + /** 正面 */ + FRONT = 0, + /** 正面右转 */ + FRONT_TURN_RIGHT = 1, + /** 正面后转 */ + FRONT_TURN_BACK = 2, + /** 正面左转 */ + FRONT_TURN_LEFT = 3, + /** 反面 */ + BACK = 4, + /** 反面右转 */ + BACK_TURN_RIGHT = 5, + /** 反面后转 */ + BACK_TURN_BACK = 6, + /** 反面左转 */ + BACK_TURN_LEFT = 7, +} + +/** 小板边的位置类型 */ +export enum EdgeType + { + /** 下=0 */ + BOTTOM = 0, + /** 右=1 */ + RIGHT = 1, + /** 上=2 */ + TOP = 2, + /** 左=3 */ + LEFT = 3, +} diff --git a/src/processParser/parseMain.ts b/src/processParser/parseMain.ts new file mode 100644 index 0000000..2f9d5cb --- /dev/null +++ b/src/processParser/parseMain.ts @@ -0,0 +1,462 @@ +import { Knife } from "./confClass" +import { FileZip } from "./common/base/ZipFile" +import { _knifeType, _type, CodeParamsList } from "./confClass" +import { device1 } from "./processConfig/device1/parser1" +import { device2 } from "./processConfig/device2/parser2" + +export enum CodeType { + 文件头 = 'FSTART', + 调刀 = 'T', + 主程序 = 'C', + 主程序结束 = 'CE', + 文件尾 = 'FEND', + 备注 = 'MARK', + FileStart = 'FSTART', + UseKnife = 'T', + MainCode = 'C', + MainCodeEnd = 'CE', + FileEnd = 'FEND', + REMARK = 'MARK', +} + +export class ParserMain { + /**解析器 解析器容器 */ + _device + deviceList = [ + { + label: '解析器1', + value: 'device1', + groupLabel: '通用', + groupKey: 'parser1', + device: device1 + }, + { + label: '解析器2', + value: 'device2', + groupKey: 'parser1', + groupLabel: '通用', + device: device2 + } + ] + zipFile: FileZip + processListData?: CodeParamsList + + constructor(device?) { + if (device) { + this._device = device + } + this.zipFile = new FileZip() + } + //** 文件头 */ + FSTART(val) { + let str = this.handleCode('FSTART', val) + return str + } + /** 换刀 */ + T(val, params?) { + let str = this.handleCode('T', val, params) + return str + } + /** 主程序 加工数据 */ + C(val, params) { + let str = this.handleCode('C', val, params) + return str + } + /** 主程序结束 */ + CE(val) { + let str = this.handleCode('CE', val) + return str + } + /** 文件结束 */ + FEND(val) { + let str = this.handleCode('FEND', val) + return str + } + /** 备注 */ + MARK(val, params) { + let str = this.handleCode('MARK', val, params) + return str + } + // { + // "value": "1", + // "label": "铣刀", + // }, + // { + // "value": "2", + // "label": "成型刀", + // }, + // { + // "value": "3", + // "label": "钻头" + // }, + // { + // "dictType": "work_area_knif_type", + // "value": "4", + // "label": "锯片", + // } + getAbilityOptions(i) { + let knife = this._device.knifeList[i] + const knifeTypeOptions = this.getKnifeTypeOptions() || [] + let label = knifeTypeOptions.find(e => e.value == knife.knifeType).label || '' + const allowedAbilities = knifeTypeAbilityMap[label] || [] + const filteredAbilities = orginAbilitys.filter(ability => allowedAbilities.includes(ability.label)) || [] + return filteredAbilities + } + setDefaultKnife(i) { + console.log('setDefaultKnife', i); + this._device.knifeList.forEach((knife, index) => { + if (i == index) { + knife.isDefaultCutKnife = true + } else { + knife.isDefaultCutKnife = false + } + }); + } + getKnifeTypeOptions() { + return knifeTypeOptions + } + /** 设置使用的解析器 */ + setDevice(device) { + this._device = device + } + /** 根据解析器名称 设置解析器 */ + setDeviceByName(deviceName) { + let deviceOption = this.deviceList.find(e => e.label == deviceName) + if (deviceOption) { + let device = deviceOption.device + this.setDevice(new device()) + } + } + /** 根据解析器key 设置解析器 */ + setDeviceByKey(deviceKey) { + let deviceOption = this.deviceList.find(e => e.value == deviceKey) + if (deviceOption) { + let device = deviceOption.device + this.setDevice(new device()) + } + } + + /** 处理指令代码 */ + handleCode(codeType, codeKey, params?) { + let str = '' + if (typeof (this._device[codeType][codeKey]) == 'function') { + str += this._device[codeType][codeKey](params) + } else { + str += this._device[codeType][codeKey] + } + if (!codeType) { + str = '// 未输入代码，请重新输入\n' + } else if (!codeKey) { + str = '// 未输入指令，请重新输入\n' + let k = Object.keys(this._device[codeType]) + str += `// 代码【${codeType}】支持的指令为：${k.join(',')}` + } else if (str == 'undefined') { + str = `// 代码【${codeType}】指令【${codeKey}】解析失败，请检查代码指令配置\n` + } + // console.log('handleCode parserMain', str) + /** 空行处理 */ + if (this._device.isFilterEmptyLine == true) { + str = this._device.handleEmptyLine(str) + } + + // 空行前插入 + if (this._device.isNcLinePrefixEnabled == true) { + str = this._device.handleEmptyLinePreFix(str) + } + // 空行后插入 + if (this._device.isNcLineSuffixEnabled == true) { + str = this._device.handleEmptyLineSuffix(str) + } + + if (codeType == 'FEND') { + this._device.lastCodeParams = undefined + } + return str + } + + /** + * 加载 解析器数据 + * + */ + loadProcessListData(data: CodeParamsList) { + this.processListData = data + } + + checkProcessDataPosition(data: CodeParamsList): CodeParamsList { + let newData = { ...data } + + // 根据解析器的放置方式 转换数据 + for (let processList of newData.processList) { + if (Array.isArray(processList.list) && processList.list.length > 0) { + let newList = this._device.getRealPoints(processList.list) + processList.list = newList + } + } + return newData + } + + /**根据 解析器收到的数据 生成 加工代码 */ + getCode(data: CodeParamsList) { + let str = ''; + if (!data || !Array.isArray(data?.processList)) { + console.error('无效数据: data.processList 必须是数组'); + return str; + } + + for (const item of data.processList) { + if (!item?.processItemInfo) continue; + const { code, order, codeParams } = item.processItemInfo; + str += this.handleCode(code, order, code === 'C' ? item : codeParams); + } + + if (this._device?.isUseSimpleCode) { + str = this._device.handleSimpleCode(str); + } + return str; + } + /** 导出文件 */ + async exportFile(data: CodeParamsList) { + let zipFileName = data.processListInfo?.zipFileName || 'test.zip' + this.zipFile.SetZipFileName(zipFileName) + + let fileNameInfo = data.processListInfo?.fileName + let fileName = '' + if (typeof (fileNameInfo) == 'string') { + fileName = fileNameInfo + } else { + fileName = `${fileNameInfo?.name || 'empty'}.${fileNameInfo?.Suffix || '.txt'}` + } + let str = ''; + for (const item of data.processList) { + if (!item.processItemInfo) { + continue + } + let code = item.processItemInfo.code + let order = item.processItemInfo.order + let params = item.processItemInfo.codeParams + + if (code == 'C') { + params = item + } + str += await this.handleCode(code, order, params) + } + + await this.zipFile.PushFile(fileName, str) + + + await this.zipFile.Download() + // + } + + + setZipFileName(fileName: string) { + this.zipFile.SetZipFileName(fileName) + } + /** 设置刀库 */ + setKnifeList(knifeList: Array) { + this._device.knifeList = knifeList + } + /** 获取解析器列表 */ + getDeviceList() { + + return this.deviceList + } +} + + +/** demo 刀具数据 */ +export const knifeData = { + "isEnabled": true, + "axleId": 2, + "knifeId": 2, + "processFace": "", + "knifeName": "T1", + "knifeType": 3, + "ability": [ + 5 + ], + "diameter": 5, + "length": 20, + "sawThiness": 7, + "sawDirection": 2, + "processDirection": 4, + "speed": 0, + "stepDepth": 0, + "offsetX": 0, + "offsetY": 0, + "offsetZ": 0, + "baseX": 0, + "baseY": 0, + "isModularDrill": false, + "isPreStartEnabled": false, + "preStartAheadActionCount": 5, + "isPreStartToolChangeDelay": false, + "preStartToolChangeDelayCode": "", + "isAxisStartCodePostpost": false, + "isAxisStopCodePrepose": false, + "drillGroupCode": "", + "axisStartCode": "M03 S18000\n", + "knifeStartCode": `M06 T1\nG43 H1\n`, + "drillGroupStartCode": "T1", + "drillGroupEndCode": "", + "knifeStopCode": "", + "axisStopCode": "M05\n", + "preStartActionDeferCode": "", + "useHolesGroupKnife": false, + "preStartActionStepsLimit": "", + "knifeNo": "", + "editable": true, + "isDefaultCutKnife": false, + "isPreStartChangeKnifeDefer": false +} +export const knifeData1 = { + "isEnabled": true, + "axleId": 2, + "knifeId": 2, + "processFace": "", + "knifeName": "T2", + "knifeType": 3, + "ability": [ + 5 + ], + "diameter": 6, + "length": 20, + "sawThiness": 7, + "sawDirection": 2, + "processDirection": 4, + "speed": 0, + "stepDepth": 0, + "offsetX": 0, + "offsetY": 0, + "offsetZ": 0, + "baseX": 0, + "baseY": 0, + "isModularDrill": false, + "isPreStartEnabled": false, + "preStartAheadActionCount": 5, + "isPreStartToolChangeDelay": false, + "preStartToolChangeDelayCode": "", + "isAxisStartCodePostpost": false, + "isAxisStopCodePrepose": false, + "drillGroupCode": "", + "axisStartCode": "M03 S18000\n", + "knifeStartCode": `M06 T2\nG43 H2\n`, + "drillGroupStartCode": "T2", + "drillGroupEndCode": "", + "knifeStopCode": "", + "axisStopCode": "M05\n", + "preStartActionDeferCode": "", + "useHolesGroupKnife": false, + "preStartActionStepsLimit": "", + "knifeNo": "", + "editable": true, + "isDefaultCutKnife": false, + "isPreStartChangeKnifeDefer": false +} +export const knifeData2 = { + "isEnabled": true, + "axleId": 2, + "knifeId": 2, + "processFace": "", + "knifeName": "T3", + "knifeType": 3, + "ability": [ + 5 + ], + "diameter": 6, + "length": 20, + "sawThiness": 7, + "sawDirection": 2, + "processDirection": 4, + "speed": 0, + "stepDepth": 0, + "offsetX": 0, + "offsetY": 0, + "offsetZ": 0, + "baseX": 0, + "baseY": 0, + "isModularDrill": false, + "isPreStartEnabled": false, + "preStartAheadActionCount": 5, + "isPreStartToolChangeDelay": false, + "preStartToolChangeDelayCode": "", + "isAxisStartCodePostpost": false, + "isAxisStopCodePrepose": false, + "drillGroupCode": "", + + "axisStartCode": "M03 S18000\n", + "knifeStartCode": `M06 T2\nG43 H2\n`, + "drillGroupStartCode": "T3", + "drillGroupEndCode": "", + "knifeStopCode": "", + "axisStopCode": "M05\n", + + "preStartActionDeferCode": "", + "useHolesGroupKnife": false, + "preStartActionStepsLimit": "", + "knifeNo": "", + "editable": true, + "isDefaultCutKnife": false, + "isPreStartChangeKnifeDefer": false +} + +export const knifeTypeOptions = [ + { + "value": "1", + "label": "铣刀", + }, + { + "value": "2", + "label": "成型刀", + }, + { + "value": "3", + "label": "钻头", + }, + { + "value": "4", + "label": "锯片", + }, +] + +export const orginAbilitys = [ + { + "value": "1", + "label": "切割", + }, + { + "value": "2", + "label": "拉槽", + }, + { + "value": "3", + "label": "铣型", + }, + { + "value": "4", + "label": "铣孔", + }, + { + "value": "5", + "label": "钻孔", + }, + { + "value": "6", + "label": "拉米诺", + }, + { + "value": "7", + "label": "乐扣/U形件", + }, + { + "value": "8", + "label": "T形/燕尾槽刀", + }, +] + +export const knifeTypeAbilityMap = { + 钻头: ['钻孔'], // 3 + 铣刀: ['切割', '拉槽', '铣型', '铣孔', '钻孔'], // 1 + 成型刀: ['铣型', '拉米诺', '乐扣/U形件', 'T形/燕尾槽刀'], // 2 + 锯片: ['拉槽', '拉米诺'],//4 '切割',下个版本支持 + } \ No newline at end of file diff --git a/src/processParser/processConfig/device1/parser1.ts b/src/processParser/processConfig/device1/parser1.ts new file mode 100644 index 0000000..32eb904 --- /dev/null +++ b/src/processParser/processConfig/device1/parser1.ts @@ -0,0 +1,905 @@ +/** 解析器1 */ +import { AxisType } from "../../confClass"; +import { _knifeType, _type, CodeParams, CodeParamsList, CodeParamsObj, configItem, GCodeAction, ProcessInfo,OriginZPosition } from "../../confClass"; +import { BoardPosition } from "../../confClass"; +import { FileZip } from "../../common/base/ZipFile"; +import { confList } from "./parser1Data"; +import { knifeData, knifeData1, knifeData2 } from "../../parseMain"; + +/** + * 备注： + * 文件导出模式（大板模式 || 小板模式）---作用于 加工项数据 和加工项的点阵数据 + * 应该在数据处理 生效 + * 解析器 只根据 板件的放置方式进行转换 + */ +export class device1 { + [key: string]: any; + + /**G代码基类 */ + _Action = new GCodeAction() + /** 刀库 */ + knifeList?: Array<_knifeType> + /** 当前使用的刀具 */ + usedKnife?: _knifeType + + /** 暴露给外部的参数 */ + config: configItem[] = confList + /** 板厚 -- 读数据处理的数据 */ + thickness: number = 18 + /** 文件导出工具类 */ + zipFile?: FileZip + + + /**是否执行换刀后的第一行精简指令 */ + doSimpleFirstCode: boolean = false + + lastCodeParams?: CodeParams + + /** 为了开发 方便 把一些配置的字段写在这里 */ + + /** ZIP压缩包文件名 */ + exportOrderPathName: string = '{2}.zip' + /** NC文件编码 */ + ncFileEncoding: string = 'UTF-8' + /** 是否添加注释信息 */ + isNcFileComment: boolean = true + /** 是否空行插入前缀 */ + isNcLinePrefixEnabled: boolean = false + /** 空行插入前缀 前缀内容*/ + ncLinePrefix: string = '' + /** 文件名 */ + blockFileName: string = '{9}.ban' + + /** 使用精简指令 */ + isUseSimpleCode: boolean = false + /** 精简换刀后第一行指令 */ + isSimpleFirstCode: boolean = false + /** 反转圆弧指令 */ + reverseArcCode: boolean = false + /** 空程移动指令 */ + NcCodeFreeMove: string = 'G0' + /** 直线插补标识 */ + NcCodeLineInterpolation: string = 'G1' + /** 顺时针圆弧插补标识 */ + NcCodeClockwiseArcInterpolation: string = 'G2' + /** 逆时针圆弧插补标识 */ + NcCodeAnticlockwiseArcInterpolation: string = 'G3' + /** 水平坐标横轴标识 */ + NcCodeAxisX: string = 'Y' + /** 水平坐标纵轴标识 */ + NcCodeAxisY: string = 'X' + /** 垂直坐标轴标识 */ + NcCodeAxisZ: string = 'Z' + /** 速度标识 */ + NcCodeSpeed: string = 'F' + /** 水平坐标横轴增量标识 */ + NcCodeIncrementAxisX: string = 'I' + /** 水平坐标纵轴增量标识 */ + NcCodeIncrementAxisY: string = 'J' + /** 垂直坐标轴增量标识 */ + NcCodeIncrementAxisZ: string = 'K' + /** 注释标识符 */ + leaderChar: string = '//' + /** 解析器（输出机台）的坐标系基准 x */ + boardLength: number = 2440 + /** 解析器（输出机台）的坐标系基准 y */ + boardWidth: number = 1220 + /** 解析器（输出机台）的坐标系基准 z */ + boardHeight: number = 50 + + /** 水平基准 */ + originPointPosition: BoardPosition = BoardPosition.LEFT_TOP + /** 垂直基准 */ + originZ0Position: OriginZPosition = OriginZPosition.BoardFace + /** 水平纵轴坐标轴向 */ + widthSideAxis: AxisType = AxisType.X_POS + /** 水平横轴坐标轴向 */ + lengthSideAxis: AxisType = AxisType.Y_POS + /** 垂直轴坐标轴向 */ + heightAxis: AxisType = AxisType.Z_POS + /** 大板定位 */ + boardLocation: BoardPosition = BoardPosition.LEFT_BOTTOM + /** 大板长轴偏置 */ + boardOffsetY: number = 0 + /** 大板短轴偏置 */ + boardOffsetX: number = 0 + /** 导出文件 保留小数点位数 */ + decimalPointPrecision: number = 3 + /** 末尾补零 */ + fixFloatNumberEndZero: boolean = true + /** 整数值末尾加小数点 */ + intNumberAddDecimalPoint: boolean = true + /** 辅助开料指令 */ + helpCutKnifeCode: string = '' + /** 辅助开料指令2 */ + helpCutKnifeCode2: string = '' + + constructor() { + this.knifeList = [] + this.knifeList.push(knifeData) + this.knifeList.push(knifeData1) + this.knifeList.push(knifeData2) + } + /**文件头 */ + FSTART: _type = { + FSTART: `G54 G90\nM03\n`, + // F1: `G54 G90\n`, + // F2: `G53 G90\nM03\n`, + } + /** 换刀 */ + T: _type = { + // T6: `T6 \nG43 H6\n`, + // Ts6: `T6\n`, + // T7: `T7\nG43 H7\n`, + // ** 默认都走这个 调刀指令 若无需调刀则返回 '' 要调刀 则返回刀具的调刀代码 */ + // 20250508 将TD 定义为 + /**根据刀直径（半径）找刀 */ + + TD: (diameter, params?: any) => { + let code = '' + let _knife: _knifeType | undefined = undefined + + if (diameter) { + _knife = this.knifeList?.find(e => e.diameter == diameter) + } + + + if (_knife != undefined) { + code += this.checkChangeKnifeEndCode(_knife) + this.usedKnife = _knife + // code += _knife.axisStartCode + code += _knife.knifeStartCode + } + if (this.isSimpleFirstCode == true && this.lastCodeParams) { + this.doSimpleFirstCode = true + } + return code + }, + /**根据刀名称找刀 换刀 */ + TN: (knifeName, params?: any) => { + let code = '' + let _knife: any = null + if (knifeName) { + _knife = this.knifeList?.find(e => e.knifeName == knifeName) + } + + if (_knife != undefined) { + code += this.checkChangeKnifeEndCode(_knife) + this.usedKnife = _knife + // code += _knife.axisStartCode + code += _knife.knifeStartCode + } + if (this.isSimpleFirstCode == true && this.lastCodeParams) { + this.doSimpleFirstCode = true + } + return code + }, + // 停刀 + 停轴 + TE: () => { + let code = '' + if (this.usedKnife) { + code += this.usedKnife.knifeStopCode + '\n' + // code += this.usedKnife.axisStopCode + '\n' + } + + return code + } + + } + /**主程序 G0 - G3 辅助开料 */ + C: _type = { + KnifeMove: (processItem: CodeParamsObj) => { + let code = '' + /** 获取调刀代码 */ + if (processItem.processItemInfo?.knife) { + let changeKnifeCode = '' + if (processItem.processItemInfo?.knife.diameter) { + changeKnifeCode = this.T?.TD(processItem.processItemInfo?.knife.diameter) + } else if (processItem.processItemInfo?.knife.knifeName) { + changeKnifeCode = this.T?.TN(processItem.processItemInfo?.knife.knifeName) + } + + code += changeKnifeCode + } + + if (processItem.list.length > 0) { + for (const item of processItem.list) { + let point = item + if (processItem.processItemInfo) { + point = this.getXYZ(item, processItem.processItemInfo); + } + if (this.reverseArcCode == true) { + if (point.dir == 2) { + point.dir = 3 + } else if (point.dir == 3) { + point.dir = 2 + } + } + code += `${this.KnifeMove_Arc(point)} \n` + } + } else { + this.logError('doProcessItem fail,no processItem Data') + } + return code + }, + HelpCutCode1: this.helpCutKnifeCode, + HelpCutCode2: this.helpCutKnifeCode2 + } + /**主程序结束 */ + CE: _type = { + CE1: `M05\n` + } + /**文件尾 */ + FEND: _type = { + FEND: `M30\n`, + // FEND1: `M30\n` + } + /** 备注 */ + MARK: _type = { + Mark: (str) => { + let markContent = str + '\n' + let isShowMark = this.isNcFileComment || false + if (isShowMark) { + let leaderChar = this.leaderChar || '' + markContent = `${leaderChar} ${markContent}` + } else { + markContent = '' + } + return markContent + '\n' + }, + BLOCKREMARK1: `//Cut Block`, + } + /** 文件操作指令 */ + FILE: _type = { + START: (zipName) => { + this.initZipFile() + this.setZipFileName(zipName) + }, + ADDFILE: (data) => { + this.setFile(data) + }, + END: () => { + this.fileDownLoad() + } + } + /** 根据分组key 返回配置项 */ + getConfigListByGroupKey(groupKey: string, groupCompment?: string[][]) { + let list = this.config.filter(e => e.groupBy == groupKey) + if (groupCompment) { + for (const groupItem of groupCompment) { + if (groupItem.length > 1) { + let itemFirstOne = groupItem[0] + let concatItem: configItem[] = []; + let itemWithOutFirst = groupItem.filter((e, x) => x != 0) + itemWithOutFirst.forEach(keyStr => { + concatItem = list.filter(e => e.key == keyStr) + list = list.filter(e => e.key != keyStr) + }) + + let i = list.findIndex(e => e.key == itemFirstOne) + + list[i].componentList = concatItem + } else { + // 分组的 配置项 如果少于2个 就不需要分组 + continue + } + } + } + console.log('getConfigListByGroupKey',groupKey,groupCompment,list); + return list + } + /** 根据代码列表 获取指令列表 */ + getCodeListByOrderKeys(codeKeys: string[]) { + let list = [] + codeKeys.forEach(code => { + let orderList = this.getCodeByOrderKeys(code) + list = list.concat(orderList) + }) + return list + } + /** 根据代码 获取指令列表 */ + getCodeByOrderKeys(codeKey: string) { + let list: any = [] + + let arr = Object.keys(this[codeKey]) + arr.forEach(str => { + let temp = { + code: codeKey, + order: str + } + list.push(temp) + }) + return list + } + //** 使用G0代码 移动刀具 */ + KnifeMove(params: CodeParams) { + let res = this._Action.G0(params) + return res + '\n' + } + /** + * 根据传入的数据 生成 G0 || G1 || G2 || G3 代码 + */ + KnifeMove_Arc(params: CodeParams) { + let res: any = '' + + let dir = params.dir || 0 + if (typeof (dir) == 'string') { + dir = parseInt(dir) + } + + let usedParams: CodeParams = { ...params } + if (this.doSimpleFirstCode == true && this.lastCodeParams) { + for (const key in usedParams) { + if (['x', 'y', 'z', 'f'].includes(key)) { + if (usedParams[key] == this.lastCodeParams[key]) { + Reflect.deleteProperty(usedParams, key) + } + } + } + this.doSimpleFirstCode = false + } + + switch (dir) { + case 0: + + if (typeof (this.NcCodeFreeMove) == 'string' && this.NcCodeFreeMove != '') { + usedParams.codeKey = this.NcCodeFreeMove + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + usedParams.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + usedParams.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + usedParams.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + usedParams.fKey = this.NcCodeSpeed + } + + res = this._Action.G0(usedParams) + break; + case 1: + if (typeof (this.NcCodeLineInterpolation) == 'string' && this.NcCodeLineInterpolation != '') { + usedParams.codeKey = this.NcCodeLineInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + usedParams.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + usedParams.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + usedParams.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + usedParams.fKey = this.NcCodeSpeed + } + res = this._Action.G1(usedParams) + break; + case 2: + if (typeof (this.NcCodeClockwiseArcInterpolation) == 'string' && this.NcCodeClockwiseArcInterpolation != '') { + usedParams.codeKey = this.NcCodeClockwiseArcInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + usedParams.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + usedParams.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + usedParams.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + usedParams.fKey = this.NcCodeSpeed + } + + if (typeof (this.NcCodeIncrementAxisX) == 'string' && this.NcCodeIncrementAxisX != '') { + usedParams.iKey = this.NcCodeIncrementAxisX + } + if (typeof (this.NcCodeIncrementAxisY) == 'string' && this.NcCodeIncrementAxisY != '') { + usedParams.jKey = this.NcCodeIncrementAxisY + } + if (typeof (this.NcCodeIncrementAxisZ) == 'string' && this.NcCodeIncrementAxisZ != '') { + usedParams.kKey = this.NcCodeIncrementAxisZ + } + res = this._Action.G2(usedParams) + break; + case 3: + if (typeof (this.NcCodeAnticlockwiseArcInterpolation) == 'string' && this.NcCodeAnticlockwiseArcInterpolation != '') { + usedParams.codeKey = this.NcCodeAnticlockwiseArcInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + usedParams.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + usedParams.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + usedParams.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + usedParams.fKey = this.NcCodeSpeed + } + + if (typeof (this.NcCodeIncrementAxisX) == 'string' && this.NcCodeIncrementAxisX != '') { + usedParams.iKey = this.NcCodeIncrementAxisX + } + if (typeof (this.NcCodeIncrementAxisY) == 'string' && this.NcCodeIncrementAxisY != '') { + usedParams.jKey = this.NcCodeIncrementAxisY + } + if (typeof (this.NcCodeIncrementAxisZ) == 'string' && this.NcCodeIncrementAxisZ != '') { + usedParams.kKey = this.NcCodeIncrementAxisZ + } + res = this._Action.G3(usedParams) + break; + default: + res = '' + break; + } + this.lastCodeParams = params + return res + } + /** 换刀指令 -- + * + * 因为设计的问题 + * 现在配置界面会直接配置换刀代码 + * + * + * 配置数据读取 + * @param str: 刀具名 + */ + KnifeChange(str: String) { + let res: any = null + if (str != '') { + res = this._Action.M06(str) + } + return res + } + /** 开始指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + startCode() { + let res: any = null + /** 文件头 */ + res = 'codeName\n' + /** 轴启动 */ + res += this._Action.M03(18000) + + /** 刀启动 */ + res = this._Action.M06('T1') + + /** */ + return res + } + /** 结束指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + endCode() { + let res: any = null + + /**刀停止 */ + + /** 轴停止 */ + res = this._Action.M05() + + return res + } + + /** 处理空行过滤 */ + handleEmptyLine(code) { + let arr = code.split('\n') + let newArr = arr.filter(e => e != '') + newArr = newArr.map(e => { + return e + '\n' + }) + + let newCode = newArr.join('') + return newCode + } + /** 空行插入前缀 */ + handleEmptyLinePreFix(code) { + let arr = code.split('\n') + let newArr = arr.map(e => { + if (e != '') { + return e + } else { + return `${this.ncLinePrefix} ${e}\n` + } + }) + + let newCode = newArr.join('\n') + return newCode + } + /** 空行插入后缀 */ + handleEmptyLineSuffix(code) { + let arr = code.split('\n') + let newArr = arr.map(e => { + if (e != '') { + return e + } else { + return `${e} ${this.ncLineSuffix}\n` + } + }) + + let newCode = newArr.join('\n') + return newCode + } + /** 精简指令 */ + handleSimpleCode(code) { + let arr = code.split('\n') + let objArr = arr.map((e, i) => { + let type = (!e.includes('//') && !e.includes('/**') || e.includes('"//')) ? 'code' : 'remark' + let temp = { + code: e, + index: i, + regList: e.match(/[XYZF]([-+]?\d*\.?\d+)/g) || [], + type + } + return temp + }) + let checkLines = objArr.filter(e => e.type == 'code') + + // 校验对象 存键值 + let targetObject = {} + for (const key in checkLines) { + let line = checkLines[key] + if (line.regList.length > 0) { + for (const regVal of line.regList) { + let reg = regVal.match(/([XYZF])([-+]?\d*\.?\d+)/) + let FullVal = reg[0] + let valKey = reg[1] + let val = reg[2] + if (Reflect.has(targetObject, valKey)) { + if (targetObject[valKey] == val) { + // 相同 需要精简操作 + objArr[line.index].code = objArr[line.index].code.replace(FullVal, ``) + } else { + // 不同 更新校验的值 + targetObject[valKey] = val + } + } else { + // 键值 没有 赋给 校验对象 + Reflect.set(targetObject, valKey, val) + } + } + } + } + let newCode = objArr.map(e => e.code).join('\n') + // 这里 数据中莫名其妙多了个空格 处理下 + let list = newCode.split(' ').filter(e => e != '') + newCode = list.join(' ') + return newCode + } + + /** 获取配置列表 */ + getConfigList() { + return this.config + } + //** 设置配置列表 */ + setConfigList(List: configItem[]) { + this.config = [...List] + } + //** 装载配置列表 */ + updateConfigList(List: configItem[]) { + this.config = [...this.config, ...List] + } + /**根据数据导出文件 */ + async exportFile(data: CodeParamsList) { + if (this.zipFile == undefined) { + this.zipFile = new FileZip() + } + + let zipFileName = data.processListInfo?.zipFileName || 'test.zip' + this.zipFile.SetZipFileName(zipFileName) + + let fileNameInfo = data.processListInfo?.fileName + let fileName = '' + if (typeof (fileNameInfo) == 'string') { + fileName = fileNameInfo + } else { + fileName = `${fileNameInfo?.name || 'empty'}.${fileNameInfo?.Suffix || '.txt'}` + } + let str = ''; + for (const item of data.processList) { + if (!item.processItemInfo) { + continue + } + let code = item.processItemInfo.code + let order = item.processItemInfo.order + let params = item.processItemInfo.codeParams + + if (code == 'C') { + params = item + } + str += await this.handleCode(code, order, params) + } + + await this.zipFile.PushFile(fileName, str) + + + await this.zipFile.Download() + } + initZipFile() { + this.zipFile = new FileZip() + } + /** 设置文件名 */ + async setZipFileName(zipName, fileZipObj?: FileZip) { + if (this.zipFile == undefined) { + return + } + let zipFileName = zipName || 'empty.zip' + if (fileZipObj != undefined) { + this.fileZipObj.SetZipFileName(zipFileName) + } else { + this.zipFile.SetZipFileName(zipFileName) + } + + } + /** 给zip文件内添加文件 */ + // async setFile(fileName, content, fileZipObj?: FileZip) { + async setFile(data) { + const { fileName, content, fileZipObj, isBase64, ncFileEncoding } = data + if (this.zipFile == undefined) { + return + } + let _isBase64 = isBase64 || false + let fileCode = ncFileEncoding || 'UTF-8' + if (fileZipObj != undefined) { + await this.fileZipObj.PushFile(fileName, content, _isBase64, fileCode) + } else { + await this.zipFile.PushFile(fileName, content, _isBase64, fileCode) + } + + } + /** 下载zip */ + async fileDownLoad(fileZipObj?: FileZip) { + if (this.zipFile == undefined) { + return + } + if (fileZipObj != undefined) { + await this.fileZipObj.Download() + } else { + await this.zipFile.Download() + } + + } + + /** 处理C代码 */ + handleCode(codeType, codeKey, params?) { + let str = '' + if (typeof (this[codeType][codeKey]) == 'function') { + str += this[codeType][codeKey](params) + } else { + str += this[codeType][codeKey] + } + if (!codeType) { + str = '// 未输入代码，请重新输入\n' + } else if (!codeKey) { + str = '// 未输入指令，请重新输入\n' + let k = Object.keys(this[codeType]) + str += `// 代码【${codeType}】支持的指令为：${k.join(',')}` + } else if (str == 'undefined') { + str = `// 代码【${codeType}】指令【${codeKey}】解析失败，请检查代码指令配置\n` + } + + console.log('handleCode', str) + + // 输出文件未 清除上一条的刀路数据 + if (codeType == 'FEND') { + this.lastCodeParams = undefined + } + + return str + } + /** 更新代码 */ + updateCode(data) { + for (const codeItem of data) { + this.updateOrder(codeItem.value, codeItem.orderArr) + } + } + /** 更新指令 */ + updateOrder(code, orderArr) { + // 更新前 指令的数据集 + let keys = Object.keys(this[code]) + + // 更新指令 + for (const orderItem of orderArr) { + let key = orderItem.name + let value = orderItem.value + Reflect.set(this[code], key, value) + } + + // 移除指令 + let orderKeys = orderArr.map(e => e.name) + + for (const key of keys) { + if (!orderKeys.includes(key)) { + if (typeof (this[code][key]) != 'function') { + Reflect.deleteProperty(this[code], key) + } + } + } + } + /** 添加备注 */ + blockRemark(params?) { + let str = `//Cut Block Id=${params.boardId} No=${params.blockNo} W=${params.width} L=${params.length}\n` + return str + } + /** */ + getFileHead(params?) { + let str = `//根据参数生成文件头\n ${params}\n` + return str + } + getRealPoints(list: CodeParams[]) { + let newList = [...list] + for (let point of newList) { + point = this.getRealPoint(point) + } + } + getRealPoint(point: CodeParams) { + let newPoint = { ...point } + + return newPoint + } + + /** 内部功能逻辑 换刀时判断是否需要 上一把刀的停止代码 */ + checkChangeKnifeEndCode(knife: _knifeType) { + let code = ''; + /** true 需要 输出停刀代码 false 不需要 */ + let flag = false + // 必须要有刀 + if (this.usedKnife) { + let keys = Object.keys(knife) + for (const key of keys) { + if (knife[key] != this.usedKnife[key]) { + flag = true + continue + } + } + } + if (flag) { + code += this.T.TE() + } + return code; + } + /** + * + * @param point 加工项的点 + * @param processItemInfo 加工项的信息 水平基准、垂直基准、轴方向（x、y、z），板件方向（x、y、z） + * // 这里加工项的点数据 都是经过数据处理的 假定这里拿到的数据都是基于左上角 台面 + * + * @returns 实际加工项的点 + */ + getXYZ(point: CodeParams, processItemInfo: ProcessInfo): CodeParams { + let newPoint: any = {} + for (const key in point) { + if (point[key] != undefined) { + Reflect.set(newPoint, key, parseFloat(point[key])) + } + } + /** 有2个部分 + * 一个是基于机台和板件的转换 依据板件定位 + * 另外一个是基于板件和加工项的转换 依据板件长高方向*/ + switch (this.originZ0Position) { + case 0: + // 台面 不操作 + break; + case 1: + // 板面 Z坐标需要转换 + newPoint.z = newPoint.z - this.thickness + break; + default: + break; + } + + /** step 先转换板件的位置 */ + // 大板定位 不同 根据不同的定位点修改 + + // processItemInfo + switch (this.originPointPosition) { + case BoardPosition.LEFT_TOP: + // 不操作 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.LEFT_BOTTOM: + // 左下角 x坐标要转换 + newPoint.x = newPoint.x + this.boardWidth - processItemInfo.block.cutWidth //400 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.RIGHT_TOP: + // 右上角 y坐标要转换 + newPoint.y = newPoint.y + this.boardLength - processItemInfo.block.cutLength // 600 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.RIGHT_BOTTOM: + // 右下角 xy 坐标要转换 + newPoint.x = newPoint.x + this.boardWidth - processItemInfo.block.cutWidth + newPoint.y = newPoint.y + this.boardLength - processItemInfo.block.cutLength + newPoint = this.changeXYZAxiosSide(newPoint) + break; + default: + break; + } + + + + + // 这里做 数值的小数点处理 + for (const key in newPoint) { + if (['x', 'y', 'z', 'r', 'i', 'j', 'k'].includes(key)) { + let isTofix = false + if (this.fixFloatNumberEndZero == true) { + // 末尾补零 + isTofix = true + } else if (this.intNumberAddDecimalPoint == true) { + // 整数值末尾加小数点 + if (Number.isInteger(newPoint[key])) { + isTofix = true + } + } + if (isTofix) { + newPoint[key] = parseFloat(newPoint[key]).toFixed(this.decimalPointPrecision) + } + } + } + + + return newPoint + } + /** 根据 轴向变更坐标 */ + changeXYZAxiosSide(point: CodeParams) { + let newPoint: any = {} + for (const key in point) { + if (point[key] != undefined) { + Reflect.set(newPoint, key, parseFloat(point[key])) + } + } + let width = this.boardWidth + let length = this.boardLength + let height = this.boardHeight + + + if (this.widthSideAxis == AxisType.X_POS && this.lengthSideAxis == AxisType.Y_POS) { + // 默认 为 X = x 正 Y = y 正 不操作 + } else if (this.widthSideAxis == AxisType.Y_POS && this.lengthSideAxis == AxisType.X_POS) { + // x = y正 y = x正 X Y坐标 倒转 + newPoint = { ...newPoint, x: newPoint.y, y: newPoint.x } + } + + else if (this.widthSideAxis == AxisType.X_NEG && this.lengthSideAxis == AxisType.Y_POS) { + // x = x负 y = y正 + newPoint = { ...newPoint, x: newPoint.x - width, y: newPoint.y } + } else if (this.widthSideAxis == AxisType.Y_POS && this.lengthSideAxis == AxisType.X_NEG) { + // x = y正 y = x负 + newPoint = { ...newPoint, x: newPoint.y - width, y: newPoint.x } + } + + else if (this.widthSideAxis == AxisType.X_NEG && this.lengthSideAxis == AxisType.Y_NEG) { + // x = x负 y = y负 + newPoint = { ...newPoint, x: newPoint.x - width, y: newPoint.y - length } + } else if (this.widthSideAxis == AxisType.Y_NEG && this.lengthSideAxis == AxisType.X_NEG) { + // x = y负 y = x负 + newPoint = { ...newPoint, x: newPoint.y - width, y: newPoint.x - length } + } + + else if (this.widthSideAxis == AxisType.X_POS && this.lengthSideAxis == AxisType.Y_NEG) { + // x = x正 y = y负 + newPoint = { ...newPoint, x: newPoint.x, y: newPoint.y - length } + } else if (this.widthSideAxis == AxisType.Y_NEG && this.lengthSideAxis == AxisType.X_POS) { + // x = y负 y = x正 + newPoint = { ...newPoint, x: newPoint.y, y: newPoint.x - length } + } + + if (this.heightAxis == AxisType.Z_NEG) { + // Z轴负 + newPoint = { ...newPoint, z: newPoint.z - height } + } + + return newPoint + } +} + diff --git a/src/processParser/processConfig/device1/parser1Data.ts b/src/processParser/processConfig/device1/parser1Data.ts new file mode 100644 index 0000000..5623433 --- /dev/null +++ b/src/processParser/processConfig/device1/parser1Data.ts @@ -0,0 +1,1202 @@ + +import { configItem, ncEncodeMap, smallPlateOptionsMap, zipFileOptionsMap, AxisType } from "../../confClass"; +/** 解析器1 的配置参数 */ +export const confList: configItem[] = [ + { + key: 'boardWidth', + defaultValue: 1220, + label: '机台宽度', + groupBy: 'base', + component: 'InputNumber', + style: { + width: '120px' + } + }, + { + key: 'boardLength', + defaultValue: 2440, + label: '机台长度', + groupBy: 'base', + component: 'InputNumber', + style: { + width: '120px' + } + }, + { + key: 'boardHeight', + defaultValue: 100, + label: '机台高度', + groupBy: 'base', + component: 'InputNumber', + style: { + width: '120px', + } + }, + { + key: 'originPointPosition', + defaultValue: 3, + label: '原点位置', + groupBy: 'baseAxios', + helpMessage: `提示：加工台面工件原点，坐标XY轴零点位置`, + component: 'Select', + options: [ + { + value: 3, + label: '左上角', + }, + { + value: 0, + label: '左下角', + }, + { + value: 1, + label: '右下角', + }, + { + value: 2, + label: '右上角', + }, + ], + style: { + width: '120px' + } + }, + { + // 注： isUseBoardFaceZ + key: 'originZ0Position', + defaultValue: 0, + label: '垂直原点', + groupBy: 'baseAxios', + component: 'Select', + options: [ + { + value: 0, + label: '台面', + }, + { + value: 1, + label: '板面', + } + ], + style: { + width: '120px' + } + }, + { + key: 'widthSideAxis', + defaultValue: AxisType.X_POS, + label: '水平纵轴坐标轴向', + groupBy: 'axios', + component: 'Select', + options: [ + { + value: 0, + label: 'X轴正', + }, + { + value: 1, + label: 'X轴负', + }, + { + value: 2, + label: 'Y轴正', + }, + { + value: 3, + label: 'Y轴负', + }, + ], + helpMessage: `提示：屏幕显示的上下方向。`, + }, + { + key: 'lengthSideAxis', + defaultValue: AxisType.Y_POS, + label: '水平横轴坐标轴向', + groupBy: 'axios', + helpMessage: `提示：屏幕显示的上下方向。`, + component: 'Select', + options: [ + { + value: 0, + label: 'X轴正', + }, + { + value: 1, + label: 'X轴负', + }, + { + value: 2, + label: 'Y轴正', + }, + { + value: 3, + label: 'Y轴负', + }, + ], + }, + { + key: 'heightAxis', + defaultValue: AxisType.Z_POS, + label: '垂直轴坐标轴向', + groupBy: 'axios', + helpMessage: `提示：向上，默认Z+。`, + component: 'Select', + options: [ + { + value: 4, + label: 'Z轴正', + }, + { + value: 5, + label: 'Z轴负', + } + ], + }, + { + key: 'boardLocation', + defaultValue: 0, + label: '大板', + groupBy: 'position', + helpMessage: `提示：常规开料加工靠档位置。`, + component: 'Select', + options: [ + { + value: 3, + label: '左上角', + }, + { + value: 0, + label: '左下角', + }, + { + value: 1, + label: '右下角', + }, + { + value: 2, + label: '右上角', + }, + ], + }, + { + key: 'boardOffsetY', + defaultValue: 0, + label: '长边偏置', + groupBy: 'position', + helpMessage: `提示：大板工件原点长边方向偏置，用于校准机台坐标，支持正负值，单位mm毫米。`, + component: 'InputNumber', + style: { + width: '120px' + } + }, + { + key: 'boardOffsetX', + defaultValue: 0, + label: '短边偏置', + groupBy: 'position', + helpMessage: `提示：大板工件短边方向原点偏置，用于校准机台坐标，支持正负值，单位mm毫米。`, + component: 'InputNumber', + style: { + width: '120px' + } + }, + { + key: 'exportOrderPathName', + label: 'ZIP压缩包文件名', + groupBy: 'general', + helpMessage: `支持路径(文件夹/目录)，如：D:/晨丰开料加工/{0}-{1}-{2}.zip`, + component: 'MultiSelect', + options: convertToLabelValue(zipFileOptionsMap), // getDictOptions(DICT_TYPE.WORK_AREA_COMMON_FILE_TYPE, 'string').reverse(), + style: { + width: '80px' + } + }, + { + key: 'ncFileEncoding', + label: 'NC文件编码', + groupBy: 'general', + helpMessage: `文件编码格式，后续可能会有扩展需要`, + component: 'Select', + options: convertToLabelValue(ncEncodeMap), + style: { + width: '120px' + } + }, + { + key: 'isFilterEmptyLine', + defaultValue: false, + label: '空行过滤', + groupBy: 'NcRowHandle', + helpMessage: '过滤文件头尾、刀具启停等指令多余的空行，默认开启', + component: 'CheckBox', + }, + { + key: 'isNcFileComment', + defaultValue: '', + label: '添加注释信息', + groupBy: 'NcRowHandle', + helpMessage: 'nc添加文件说明、加工说明的注释内容', + component: 'CheckBox', + }, + { + key: 'leaderChar', + defaultValue: '', + label: '注释标识符', + groupBy: 'NcRowHandle', + helpMessage: 'nc指令行，指定起始符号+注释内容，如：“//开料开始，加工刀直径6mm”', + component: 'Input', + }, + { + key: 'isNcLinePrefixEnabled', + defaultValue: false, + label: '空行插入前缀', + groupBy: 'NcRowHandle', + helpMessage: '开启NC每行前缀生效', + component: 'CheckBox', + }, + { + key: 'ncLinePrefix', + defaultValue: '', + label: '前缀', // + groupBy: 'NcRowHandle', + helpMessage: '用于添加NC指令行起始符，支持类似格式N', + component: 'Input', + }, + { + key: 'isNcLineSuffixEnabled', + defaultValue: false, + label: '空行插入后缀', + groupBy: 'NcRowHandle', + helpMessage: '开启NC每行后缀生效', + component: 'CheckBox', + }, + { + key: 'ncLineSuffix', + defaultValue: '', + label: '后缀', // + groupBy: 'NcRowHandle', + helpMessage: '用于添加NC指令行结束符', + component: 'Input', + }, + { + key: 'blockFileName', + defaultValue: '', + label: '文件名', + groupBy: 'fileNameConfig1', + helpMessage: '支持路径(文件夹/目录)，如：NC/{10,#3}.nc', + component: 'MultiSelect', + options: convertToLabelValue(smallPlateOptionsMap), + style: { + width: '420px', + marginRight: '50%' + } + }, + { + key: 'blockFileAB', + defaultValue: '', + label: '合并正反面文件名', + groupBy: 'fileNameConfig', + helpMessage: '支持路径(文件夹/目录)，如：NC/{10,#3}.nc', + component: 'MultiSelect', + options: convertToLabelValue(smallPlateOptionsMap), + style: { + width: '420px', + marginRight: '50%' + } + }, + // blockFileA + { + key: 'blockFileA', + defaultValue: '', + label: '正面文件名', + groupBy: 'fileNameConfig', + helpMessage: '支持路径(文件夹/目录)，如：NC/{10,#3}_Z.nc', + component: 'MultiSelect', + options: convertToLabelValue(smallPlateOptionsMap), + style: { + width: '420px', + marginRight: '50%' + } + }, + { + key: 'blockFileB', + defaultValue: '', + label: '反面文件名', + groupBy: 'fileNameConfig', + helpMessage: '支持路径(文件夹/目录)，如：NC/{10,#3}_F.nc', + component: 'MultiSelect', + options: convertToLabelValue(smallPlateOptionsMap), + style: { + width: '420px', + marginRight: '50%' + } + }, + { + key: 'isUseSimpleCode', + defaultValue: false, + label: '使用精简指令', + groupBy: 'orderCode', + helpMessage: `使用精简指令，默认关闭，开启用于支持精简XYZ和F指令`, + component: 'CheckBox', + }, + { + key: 'isSimpleFirstCode', + defaultValue: false, + label: '精简换刀后第一行指令', + groupBy: 'orderCode', + helpMessage: `使用精简指令，默认关闭，开启用于支持精简XYZ和F指令(一般是配合嵌入式计算机控制系统的机台使用，因为存储空间和读取速度限制)。`, + component: 'CheckBox', + }, + { + key: 'reverseArcCode', + defaultValue: false, + label: '反转圆弧指令', + groupBy: 'orderCode', + helpMessage: `提示：(配合坐标系设置项——顺时针圆弧指令G2变为G3，逆时针圆弧指令G3变为G2。)`, + component: 'CheckBox', + }, + { + key: 'isNCPreCode', + defaultValue: false, + label: '代码前置', + groupBy: 'cutCode', + helpMessage: `提示：(插入到NC文件头前。)`, + component: 'CheckBox', + }, + + { + key: 'ncFileHead', + defaultValue: '', + label: '文件头', + groupBy: 'NcOrderAndCode', + helpMessage: `提示：(插入到NC文件头前。)`, + component: 'Textarea', + style: { + width: '220px', + } + }, + { + key: 'ncFileEnd', + defaultValue: '', + label: '文件尾', + groupBy: 'NcOrderAndCode', + helpMessage: `提示：(插入到NC文件尾后。)`, + component: 'Textarea', + style: { + width: '220px', + } + }, + { + key: 'ncMergeConnection', + defaultValue: '', + label: '合并连接', + groupBy: 'NcOrderAndCode', + helpMessage: `提示：(插入到NC文件尾后。)`, + component: 'Textarea', + style: { + width: '220px', + } + }, + { + key: 'NcCodeFreeMove', + defaultValue: 'G0', + label: '空程移动指令', + labelClass: 'NcCodeKeysConfigLabel', + groupBy: 'NcCodeKeysConfig', + helpMessage: `提示：G0或G00指令`, + component: 'Input', + style: { + width: '220px', + }, + + }, + { + key: 'NcCodeLineInterpolation', + defaultValue: 'G1', + label: '直线插补标识', + labelClass: 'NcCodeKeysConfigLabel', + groupBy: 'NcCodeKeysConfig', + helpMessage: `提示：文本，默认“G1”`, + component: 'Input', + style: { + width: '220px', + } + }, + { + key: 'NcCodeClockwiseArcInterpolation', + defaultValue: 'G2', + label: '顺时针圆弧插补标识', + labelClass: 'NcCodeKeysConfigLabel', + groupBy: 'NcCodeKeysConfig', + helpMessage: `提示：文本，默认“G2”`, + component: 'Input', + style: { + width: '220px', + } + }, + { + key: 'NcCodeAnticlockwiseArcInterpolation', + defaultValue: 'G3', + label: '逆时针圆弧插补标识', + groupBy: 'NcCodeKeysConfig', + labelClass: 'NcCodeKeysConfigLabel', + helpMessage: `提示：文本，默认“G3”`, + component: 'Input', + style: { + width: '220px', + } + }, + // { + // key: 'NcCodeAxisX', + // defaultValue: 'Y', + // label: '水平坐标横轴标识', + // groupBy: 'NcCodeKeysConfig', + // labelClass: 'NcCodeKeysConfigLabel', + // helpMessage: `提示：默认“Y”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeAxisY', + // defaultValue: 'X', + // label: '水平坐标纵轴标识', + // groupBy: 'NcCodeKeysConfig', + // labelClass: 'NcCodeKeysConfigLabel', + // helpMessage: `提示：默认“X”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeAxisZ', + // defaultValue: 'Z', + // label: '垂直坐标轴标识', + // groupBy: 'NcCodeKeysConfig', + // labelClass: 'NcCodeKeysConfigLabel', + // helpMessage: `提示：默认“Z”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeSpeed', + // defaultValue: 'F', + // label: '速度标识', + // groupBy: 'NcCodeKeysConfig', + // labelClass: 'NcCodeKeysConfigLabel', + // helpMessage: `提示：默认“F”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeIncrementAxisX', + // defaultValue: 'J', + // label: '水平坐标横轴增量标识', + // labelClass: 'NcCodeKeysConfigLabel', + // groupBy: 'NcCodeKeysConfig', + // helpMessage: `提示：默认“J”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeIncrementAxisY', + // defaultValue: 'I', + // label: '水平坐标纵轴增量标识', + // labelClass: 'NcCodeKeysConfigLabel', + // groupBy: 'NcCodeKeysConfig', + // helpMessage: `提示：默认“I”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + // { + // key: 'NcCodeIncrementAxisZ', + // defaultValue: 'K', + // label: '垂直坐标轴增量标识', + // labelClass: 'NcCodeKeysConfigLabel', + // groupBy: 'NcCodeKeysConfig', + // helpMessage: `提示：默认“K”`, + // component: 'Input', + // style: { + // width: '220px', + // } + // }, + { + key: 'decimalPointPrecision', + defaultValue: 0, + label: 'NC小数点位数', + groupBy: '', + helpMessage: `NC文件中数值生成指定位数的小数点`, + }, + { + key: 'fixFloatNumberEndZero', + defaultValue: true, + label: '末尾补零', + groupBy: '', + helpMessage: ``, + }, + { + key: 'intNumberAddDecimalPoint', + defaultValue: true, + label: '整数值末尾加小数点', + groupBy: '', + helpMessage: ``, + }, + { + key: 'helpCutKnifeCode', + defaultValue: '', + label: '辅助开料指令', + groupBy: 'helpCut', + helpMessage: `提示：(辅助开料与正常开料加工指令之间插入的指定指令(关真空吸附、长延时、开真空吸附、短延时))。`, + component: 'Textarea', + style: { + width: '240px', + } + }, + { + key: 'helpCutKnifeCode2', + defaultValue: '', + label: '辅助开料指令2', + groupBy: 'helpCut', + helpMessage: `提示：(辅助开料与正常开料加工指令之间插入的指定指令(关真空吸附、长延时、开真空吸附、短延时))。 + 限制：启用双工位后生效。`, + component: 'Textarea', + style: { + width: '240px', + } + }, + + + + + // { + // key: 'boardFileHeadA', + // defaultValue: '', + // label: '大板NC正(A)面文件头', + // groupBy: '', + // }, + // { + // key: 'boardFileEndA', + // defaultValue: '', + // label: '大板NC正(A)面文件尾', + // groupBy: '', + // }, + // { + // key: 'boardFileHeadB', + // defaultValue: '', + // label: '反面文件头', + // groupBy: '', + // }, + // { + // key: 'boardFileEndB', + // defaultValue: '', + // label: '反面文件尾', + // groupBy: '', + // }, + // { + // key: 'isExportBlockFileB', + // defaultValue: '', + // label: '导出反面文件', + // groupBy: '', + // }, + // { + // key: 'blockNcFileHead', + // defaultValue: '', + // label: '文件头(合并)', + // groupBy: '', + // }, + // { + // key: 'blockNcFileEnd', + // defaultValue: '', + // label: '文件尾(合并)', + // groupBy: '', + // }, + // { + // key: 'isDualStationEnabled', + // defaultValue: false, + // label: '启用双工位', + // groupBy: '', + // }, + // { + // key: 'station2NcFileHeadA', + // defaultValue: '', + // label: '正面文件头(双工位)', + // groupBy: '', + // }, + // { + // key: 'station2NcFileEndA', + // defaultValue: '', + // label: '正面文件尾(双工位)', + // groupBy: '', + // }, + // { + // key: 'station2NcFileHeadB', + // defaultValue: '', + // label: '反面文件头(双工位)', + // groupBy: '', + // }, + // { + // key: 'station2NcFileEndB', + // defaultValue: '', + // label: '反面文件尾(双工位)', + // groupBy: '', + // }, + // { + // key: 'isHelpCut', + // defaultValue: false, + // label: '辅助开料-启用', + // groupBy: '', + // }, + // { + // key: 'loadBoardCode', + // defaultValue: '', + // label: '上料代码', + // groupBy: '', + // }, + // { + // key: 'isLoadBoardBeforeFileHead', + // defaultValue: '', + // label: '上料代码插入到NC文件头前', + // groupBy: '', + // }, + // { + // key: 'leaderChar', + // defaultValue: '', + // label: '注释标识符', + // groupBy: '', + // helpMessage: 'nc指令行，指定起始符号+注释内容，如：“//开料开始，加工刀直径6mm”', + // }, + // { + // key: 'isNcFileComment', + // defaultValue: '', + // label: '添加注释信息', + // groupBy: '', + // helpMessage: 'nc添加文件说明、加工说明的注释内容', + // }, + + // { + // key: 'toolChangeLowerLimitActionCount', + // defaultValue: '', + // label: '延迟换刀下限动作数', + // groupBy: '', + // helpMessage: '', + // }, + // { + // key: 'toolChangeDelayCode', + // defaultValue: '', + // label: '延迟换刀指令', + // groupBy: '', + // helpMessage: '', + // }, + // { + // key: 'isFirstCutBorderInFaceB', + // defaultValue: '', + // label: '先修边', + // groupBy: '', + // helpMessage: '', + // }, + // { + // key: 'isAllowDoubleSplit', + // defaultValue: '', + // label: '开料分刀', + // groupBy: '', + // helpMessage: '开料切割加工，分层切割，步进加工', + // }, + // { + // key: 'isSplitCondition', + // defaultValue: '', + // label: '启用', + // groupBy: '', + // helpMessage: '提示：(启用钻孔分刀加工(啄钻))。', + // }, + // { + // key: 'knifeSplitType', + // defaultValue: '', + // label: '分刀方式', + // groupBy: '', + // helpMessage: '加工的分拆方式', + // }, + // { + // key: 'splitCount', + // defaultValue: 2, + // label: '分刀次数', + // groupBy: '', + // helpMessage: '按指定层数分刀，单位层', + // }, + // { + // key: 'splitDepth', + // defaultValue: 15, + // label: '步进深度', + // groupBy: '', + // helpMessage: '分层切割的每层进刀量，最后一刀小于等于设定值，单位mm毫米', + // }, + // { + // key: 'isModelSplitCondition', + // defaultValue: 15, + // label: '启用', + // groupBy: '', + // helpMessage: '提示：(启用钻孔分刀加工)。', + // }, + // { + // key: 'modelKnifeSplitType', + // defaultValue: 15, + // label: '分刀方式', + // groupBy: '', + // helpMessage: '提示：(按深度——分刀加工时按指定的步进深度值，由浅到深依次生成多个造型刀路；按层数——加工深度按指定层数，等分步进深度生成多个造型刀路。)。', + // }, + // { + // key: 'modelKnifeSplitType', + // defaultValue: 15, + // label: '分刀方式', + // groupBy: '', + // helpMessage: '提示：(按深度——分刀加工时按指定的步进深度值，由浅到深依次生成多个造型刀路；按层数——加工深度按指定层数，等分步进深度生成多个造型刀路。)。', + // }, + // { + // key: 'modelSplitCount', + // defaultValue: 2, + // label: '分刀次数', + // groupBy: '', + // helpMessage: '按指定层数分刀，单位层', + // }, + // { + // key: 'modelSplitDepth', + // defaultValue: 15, + // label: '步进深度', + // groupBy: '', + // helpMessage: '分层切割的每层进刀量，最后一刀小于等于设定值，单位mm毫米', + // }, + + + + + // { + // key: 'isHoleByPosition', + // defaultValue: false, + // label: '排钻按位置加工', + // groupBy: '', + // helpMessage: '用于添加NC指令行结束符', + // }, + // { + // key: 'holeSplitProcessType', + // defaultValue: 0, + // label: '加工方式', + // groupBy: '', + // helpMessage: '回安全点——同一位置相同直径的孔，打完一个深度后，回退到安全距离，再进行下一次打孔动作；退刀刀指定距离——同一位置相同直径的孔，打完一个深度后，回退指定距离后，再进行下一次打孔动作。', + // }, + // { + // key: 'knifeUpSize', + // defaultValue: 2, + // label: '退刀指定距离', + // groupBy: '', + // helpMessage: '退刀指定距离', + // }, + // { + // key: 'holeKnifeSplitType', + // defaultValue: 2, + // label: '分刀方式', + // groupBy: '', + // helpMessage: '提示：(按深度——分刀加工时按指定的步进深度值，由浅到深依次生成多个孔；按层数——加工深度按指定层数，等分步进深度生成多个孔。)。', + // }, + // { + // key: 'throughHoleOneTime', + // defaultValue: true, + // label: '通孔一刀加工', + // groupBy: '', + // helpMessage: '含穿孔(深度大于等于板厚的孔)；否，避免刀具对刀误差无法完整打通相关的孔；是，减少反面加工概率', + // }, + // { + // key: 'holeFreeSpeed', + // defaultValue: 0, + // label: '空程速度', + // groupBy: '', + // helpMessage: '提示：(为0时不插入空程动作(G00到板面)，直接从安全高度到孔底或预钻孔深度；非0则按指定速度加入空程动作。)。', + // }, + // { + // key: 'preProcessHoleDepth', + // defaultValue: 0, + // label: '预钻深度', + // groupBy: '', + // helpMessage: `提示：(预钻孔深度，单位mm毫米)。 + // 限制：为0时，置灰“预钻孔速度”、“预钻孔延时”、“预钻孔延时指令”。`, + // }, + // { + // key: 'preProcessHoleSpeed', + // defaultValue: 0, + // label: '预钻速度', + // groupBy: '', + // helpMessage: `提示：(预钻孔加工速度，单位mm/min毫米每分钟)。 + // 限制：“初始加工深度”大于0时有效。`, + // }, + // { + // key: 'isCuttingSplitCondition', + // defaultValue: false, + // label: '启用', + // groupBy: '', + // helpMessage: '提示：(启用钻孔分刀加工)。', + // }, + // { + // key: 'cuttingKnifeSplitType', + // defaultValue: 1, + // label: '分刀方式', + // groupBy: '', + // helpMessage: '加工的分拆方式', + // }, + // { + // key: 'cuttingSplitCount', + // defaultValue: 2, + // label: '分刀次数', + // groupBy: '', + // helpMessage: '按指定层数分刀，单位层', + // }, + // { + // key: 'cuttingSplitDepth', + // defaultValue: 15, + // label: '步进深度', + // groupBy: '', + // helpMessage: '分层切割的每层进刀量，最后一刀小于等于设定值，单位mm毫米', + // }, + // { + // key: 'helpCutKnifeDepth', + // defaultValue: 0, + // label: '留底', + // groupBy: '', + // helpMessage: '辅助开料刀路加工深度，是否切透，单位mm毫米', + // }, + // { + // key: 'workStartDistance', + // defaultValue: 30, + // label: '下刀长度', + // groupBy: '', + // helpMessage: `提示：(开料起始进刀距离(板面到台面水平方向距离)，单位mm毫米)。 + // 限制：关联校验收刀提前长度。`, + // }, + // { + // key: 'cuttingSplitProcessType', + // defaultValue: 0, + // label: '加工方式', + // groupBy: '', + // helpMessage: `提示：(按板件——逐片板件分层加工；按层——按拆分好的深度由浅到深的先后顺序加工。)。`, + // }, + // { + // key: 'workSpeed', + // defaultValue: 8000, + // label: '速度', + // groupBy: '', + // helpMessage: `G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, + // { + // key: 'workPreDistance', + // defaultValue: 8000, + // label: '提前长度', + // groupBy: '', + // helpMessage: `提示：(下刀点到斜向下刀底部水平距离，单位mm毫米)。 + // 限制：关联校验收刀提前长度。`, + // }, + // { + // key: 'holeSpeed', + // defaultValue: 5000, + // label: '加工速度', + // groupBy: '', + // helpMessage: ``, + // }, + // { + // key: 'workStartSpeed', + // defaultValue: 3000, + // label: '下刀速度', + // groupBy: '', + // helpMessage: `提示：(G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟)。`, + // }, + // { + // key: 'innerCornerDistence', + // defaultValue: 0, + // label: '内转角进弯长度', + // groupBy: '', + // helpMessage: `用于解决内转角进弯速度过快，变向后减速出现进弯与出弯圆弧角加工不到位问题，为0不启用，单位mm毫米`, + // }, + // { + // key: 'innerCornerSpeed', + // defaultValue: 6000, + // label: '内转角速度', + // groupBy: '', + // helpMessage: `内转角减速段加工速度，G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, + // { + // key: 'outerCornerSpeed', + // defaultValue: 6000, + // label: '外转角速度', + // groupBy: '', + // helpMessage: `内转角减速段加工速度，G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, + // { + // key: 'sameBorderSpeed', + // defaultValue: 0, + // label: '共边速度', + // groupBy: '', + // helpMessage: `内转角减速段加工速度，G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, + // { + // key: 'workEndDistace', + // defaultValue: 0, + // label: '共边速度', + // groupBy: '', + // helpMessage: `内转角减速段加工速度，G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, { + // key: 'workEndSpeed', + // defaultValue: 0, + // label: '收刀速度', + // groupBy: '', + // helpMessage: `G1/G2/G3或G01/G02/G03指令对应F速度值，单位mm/min毫米每分钟`, + // }, + + // { + // key: 'arcTurnPolylineLen', + // defaultValue: 0, + // label: '圆弧转多段线', + // groupBy: '', + // helpMessage: `圆弧转多段线刀路最大直线段长度值，用于对接不支持圆弧加工项的协议或机台；0圆弧描述，不转多段线刀路。`, + // }, + + // { + // key: 'arcCode', + // defaultValue: 0, + // label: '圆弧加工指令', + // groupBy: '', + // helpMessage: `提示：(配合坐标系设置项——顺时针圆弧指令G2变为G3，逆时针圆弧指令G3变为G2。)`, + // }, + // { + // key: 'prestartAheadActionCount', + // defaultValue: 0, + // label: '预启动提前动作数', + // groupBy: '', + // helpMessage: `用于多主轴电机(多工序)固定刀具机台换刀加工，提前启动主轴，减少等待时间。提前动作计数说明：1. 空程移动，安全位置水平一个坐标点移动到另一个坐标点，记为一个动作；2. 打孔，安全位置向下-到板面-再到孔底-退刀到安全位置，记为一个动作；3. 拉槽/造型加工，安全位置向下-到凹槽深度-板内加工-对刀到安全位置，记为一个动作。`, + // }, + // { + // key: 'cutBoardBorderB', + // defaultValue: 2, + // label: '反面修边值', + // groupBy: '', + // helpMessage: `修改变更后要求重新优化排版`, + // }, + // { + // key: 'isSameOriginPointPosition', + // defaultValue: false, + // label: '同工位1设置', + // groupBy: '', + // helpMessage: `提示：(“是”——与工位1同样配置(使用工位1配置的水平基准(零点)、垂直基准(零点)、水平横轴坐标轴向、水平纵轴坐标轴向、垂直轴坐标轴向、*多坐标系、*多坐标系配置))。 + // 限制：“是”则置灰工单坐标相关设置项。`, + // }, + // { + // key: 'boardLocation2', + // defaultValue: 0, + // label: '大板定位', + // groupBy: '', + // helpMessage: `提示：常规开料加工靠档位置。`, + // }, + + + // { + // key: 'offsetX_station2', + // defaultValue: 0, + // label: '短边偏移', + // groupBy: '', + // helpMessage: `人工偏移-短边偏移`, + // }, + // { + // key: 'offsetY_station2', + // defaultValue: 0, + // label: '长边偏移', + // groupBy: '', + // helpMessage: `人工偏移-长边偏移`, + // }, + // { + // key: 'offsetX_fromStation1', + // defaultValue: 0, + // label: '短边方向', + // groupBy: '', + // helpMessage: `工位2工件原点-短边方向`, + // }, + // { + // key: 'offsetY_fromStation1', + // defaultValue: 0, + // label: '长边方向', + // groupBy: '', + // helpMessage: `工位2工件原点-长边方向`, + // }, + // { + // key: 'blockOffsetX', + // defaultValue: 0, + // label: '小板短轴偏置', + // groupBy: '', + // helpMessage: `提示：小板工件原点短边方向偏置，用于校准机台坐标，支持正负值，单位mm毫米。`, + // }, + // { + // key: 'blockOffsetY', + // defaultValue: 0, + // label: '小板长轴偏置', + // groupBy: '', + // helpMessage: `提示：小板工件原点长边方向偏置，用于校准机台坐标，支持正负值，单位mm毫米。`, + // }, + // { + // key: 'originPointPosition2', + // defaultValue: 0, + // label: '水平基准(零点)', + // groupBy: '', + // helpMessage: `提示：(加工台面工件原点，坐标XY轴零点位置(X0Y0点))。`, + // }, + // { + // key: 'widthSideAxis2', + // defaultValue: 0, + // label: '水平纵轴坐标轴向', + // groupBy: '', + // helpMessage: `提示：(加工台面工件原点，坐标Z轴零点位置(Z0平面)，可选台面、板面)。`, + // }, + // { + // key: 'lengthSideAxis2', + // defaultValue: 0, + // label: '水平横轴坐标轴向', + // groupBy: '', + // helpMessage: `提示：(加工台面工件原点，坐标Z轴零点位置(Z0平面)，可选台面、板面)。`, + // }, + + + + // { + // key: 'blockKnifeLineSpacing', + // defaultValue: 0, + // label: '刀路间距', + // groupBy: '', + // helpMessage: ``, + // }, + // { + // key: 'extensionBeforeCutBoardBorder', + // defaultValue: 0, + // label: '刀路前延伸', + // groupBy: '', + // helpMessage: `修边刀路起始前延伸量，用于解决修边不充分问题。`, + // }, + // { + // key: 'extensionAfterCutBoardBorder', + // defaultValue: 0, + // label: '刀路后延伸', + // groupBy: '', + // helpMessage: `修边刀路终止后延伸量，用于解决修边不充分问题。`, + // }, + // { + // key: 'modelSplitProcessType', + // defaultValue: 0, + // label: '加工方式', + // groupBy: '', + // helpMessage: `方式一(按开料顺序)——按开料顺序逐片加工/开料完； + // 方式二(按层加工)——按深度由浅到深逐层加工； + // 方式三(未挖穿项就近加工，挖穿项按开料顺序)——未挖穿层按加工项加工至挖穿前，挖穿的层按开料顺序逐片加工。`, + // }, + // { + // key: 'cutBoardBorderFaceA', + // defaultValue: 0, + // label: '正面修边', + // groupBy: '', + // helpMessage: `正面加工开始前先修边，用于减少大板边缘板件开料阻力造成的跑板问题。`, + // }, + // { + // key: 'processType', + // defaultValue: 0, + // label: '加工方式', + // groupBy: '', + // helpMessage: ` + // 方式一(按开料顺序)——按开料顺序逐片加工/开料完； + // 方式二(按层加工)——按深度由浅到深逐层加工； + // 方式三(未挖穿项就近加工，挖穿项按开料顺序)——未挖穿层按加工项加工至挖穿前，挖穿的层按开料顺序逐片加工。`, + // }, + // { + // key: 'helpCutStyle', + // defaultValue: 0, + // label: '方式', + // groupBy: '', + // helpMessage: `提示：(同刀辅助开料，使用与板材开料刀一样的刀具；小刀辅助开料，使用比正常开料刀直径小的铣刀进行辅助开料)`, + // }, + // { + // key: 'helpCutGap', + // defaultValue: 0, + // label: '外扩', + // groupBy: '', + // helpMessage: `提示：(第一次开料刀路外扩偏移距离，单位mm毫米)`, + // }, + // { + // key: 'helpCutKnifeDiameterMin', + // defaultValue: 0, + // label: '辅助开料刀直径范围（下限）', + // groupBy: '', + // helpMessage: ``, + // }, + // { + // key: 'helpCutKnifeDiameterMax', + // defaultValue: 0, + // label: '辅助开料刀直径范围（上限）', + // groupBy: '', + // helpMessage: ``, + // }, + // { + // key: 'isCutBlockInModelFirst', + // defaultValue: false, + // label: '挖穿板优先开料', + // groupBy: '', + // helpMessage: ``, + // }, + + + // { + // key: 'freeHeight', + // defaultValue: 20, + // label: '垂直安全距离', + // groupBy: '', + // helpMessage: `提示：(空程移动时或停刀位置，Z坐标点到板面距离，单位mm毫米)。`, + // }, + // { + // key: 'freeSpeed', + // defaultValue: 10000, + // label: '空程速度', + // groupBy: '', + // helpMessage: `G0或G00指令对应速度，单位mm/min毫米每分钟`, + // }, + + + + + // { + // key: 'ncLineSuffix', + // defaultValue: 0, + // label: 'NC每行后缀', + // groupBy: '', + // helpMessage: `用于添加NC指令行结束符,如：星辉雕刻机，NC指令行需要以分号“;”结束`, + // }, + // { + // key: 'preCuttingDepth', + // defaultValue: 0, + // label: '预切入深度', + // groupBy: '', + // helpMessage: `提示：(常规造型加工，下刀预切入深度)。`, + // }, +] + + + + +export function convertToLabelValue(obj) { + if (typeof obj !== 'object' || obj === null) + throw new Error('参数必须是对象') + + const entries = Object.entries(obj) + if (entries.length === 0) + return [] + + return entries.map(([label, value]) => ({ label, value })) +} \ No newline at end of file diff --git a/src/processParser/processConfig/device2/parser2.ts b/src/processParser/processConfig/device2/parser2.ts new file mode 100644 index 0000000..dbc2d38 --- /dev/null +++ b/src/processParser/processConfig/device2/parser2.ts @@ -0,0 +1,767 @@ +import { AxisType } from "../../confClass" +import { _knifeType, _type, CodeParams, CodeParamsList, CodeParamsObj, configItem, GCodeAction, ProcessInfo, processServeBase } from "../../confClass"; +import { BoardPosition } from "../../confClass" +import { FileZip } from "../../common/base/ZipFile"; +import { OriginZPosition } from "../../confClass" + +/** 解析器2 */ +export class device2 extends processServeBase { + [key: string]: any; + + /**G代码基类 */ + _Action = new GCodeAction() + /** 刀库 */ + knifeList?: Array<_knifeType> = [] + /** 当前使用的刀具 */ + // usedKnife?: Knife | _knifeType + + /** 暴露给外部的参数 */ + config: configItem[] = [] + /** 板厚 -- 读数据处理的数据 */ + thickness: number = 18 + /** 文件导出工具类 */ + zipFile?: FileZip + + /** 解析器（输出机台）的坐标系基准 x */ + boardLength: number = 2440 + /** 解析器（输出机台）的坐标系基准 y */ + boardWidth: number = 1220 + /** 解析器（输出机台）的坐标系基准 z */ + boardHeight: number = 50 + + /** 水平基准 */ + originPointPosition: BoardPosition = BoardPosition.LEFT_TOP + /** 垂直基准 */ + originZ0Position: OriginZPosition = OriginZPosition.BoardFace + /** 水平纵轴坐标轴向 */ + widthSideAxis: AxisType = AxisType.X_POS + /** 水平横轴坐标轴向 */ + lengthSideAxis: AxisType = AxisType.Y_POS + /** 垂直轴坐标轴向 */ + heightAxis: AxisType = AxisType.Z_POS + /** 大板定位 */ + boardLocation: BoardPosition = BoardPosition.LEFT_BOTTOM + /** 大板长轴偏置 */ + boardOffsetY: number = 0 + /** 大板短轴偏置 */ + boardOffsetX: number = 0 + /** 导出文件 保留小数点位数 */ + decimalPointPrecision: number = 3 + /** 末尾补零 */ + fixFloatNumberEndZero: boolean = true + /** 整数值末尾加小数点 */ + intNumberAddDecimalPoint: boolean = true + /** 辅助开料指令 */ + helpCutKnifeCode: string = '' + /** 辅助开料指令2 */ + helpCutKnifeCode2: string = '' + constructor() { + super() + this.knifeList = [] + // this.knifeList.push(knifeData) + // this.knifeList.push(knifeData1) + } + /**文件头 */ + FSTART: _type = { + F1: `G54 G90\n`, + F2: `G53 G90\nM03\n`, + } + /** 换刀 */ + T: _type = { + T6: `T6 \nG43 H6\n`, + Ts6: `T6\n`, + T7: `T7\nG43 H7\n`, + // ** 默认都走这个 调刀指令 若无需调刀则返回 '' 要调刀 则返回刀具的调刀代码 */ + // 20250508 将TD 定义为 + /**根据刀直径（半径）找刀 */ + TD: (params) => { + let code = '' + let _knife: _knifeType | undefined = undefined + + if (params?.diameter) { + _knife = this.knifeList?.find(e => e.diameter == params.diameter) + } + if (_knife != undefined) { + code += this.checkChangeKnifeEndCode(_knife) + this.usedKnife = _knife + // code += _knife.axisStartCode + code += _knife.knifeStartCode + } + return code + }, + /**根据刀名称找刀 换刀 */ + TN: (params) => { + let code = '' + let _knife: any = null + if (params?.knifeName) { + _knife = this.knifeList?.find(e => e.knifeName == params.knifeName) + } + + if (_knife != undefined) { + code += this.checkChangeKnifeEndCode(_knife) + this.usedKnife = _knife + // code += _knife.axisStartCode + code += _knife.knifeStartCode + } + return code + }, + // 停刀 + 停轴 + TE: () => { + let code = '' + if (this.usedKnife) { + code += this.usedKnife.knifeStopCode + '\n' + code += this.usedKnife.axisStopCode + '\n' + } + return code + } + + } + /**主程序 G0 - G3 辅助开料 */ + C: _type = { + KnifeMove: (processItem: CodeParamsObj) => { + let code = '' + /** 获取调刀代码 */ + if (processItem.processItemInfo?.knife) { + let changeKnifeCode = '' + if (processItem.processItemInfo?.knife.diameter) { + changeKnifeCode = this.T?.TD(processItem.processItemInfo?.knife.diameter) + } else if (processItem.processItemInfo?.knife.knifeName) { + changeKnifeCode = this.T?.TN(processItem.processItemInfo?.knife.knifeName) + } + + code += changeKnifeCode + } + + if (processItem.list.length > 0) { + for (const item of processItem.list) { + let point = item + if (processItem.processItemInfo) { + point = this.getXYZ(item, processItem.processItemInfo); + } + + code += `${this.KnifeMove_Arc(point)} \n` + } + } else { + + this.logError('doProcessItem fail,no processItem Data') + } + return code + }, + HelpCutCode1: this.helpCutKnifeCode, + HelpCutCode2: this.helpCutKnifeCode2 + } + /**主程序结束 */ + CE: _type = { + CE1: `M05\n` + } + /**文件尾 */ + FEND: _type = { + FEND1: `M30\n` + } + /** 备注 */ + MARK: _type = { + Mark: (str) => { + let markContent = str + '\n' + let isShowMark = this.isNcFileComment || false + if (isShowMark) { + let leaderChar = this.leaderChar || '' + markContent = `${leaderChar} ${markContent}` + } else { + markContent = '' + } + return markContent + '\n' + }, + BLOCKREMARK1: `//Cut Block`, + } + /** 文件操作指令 */ + FILE: _type = { + START: (zipName) => { + this.initZipFile() + this.setZipFileName(zipName) + }, + ADDFILE: (data) => { + this.setFile(data) + }, + END: () => { + this.fileDownLoad() + } + } + /** 根据分组key 返回配置项 */ + getConfigListByGroupKey(groupKey: string) { + let list = this.config.filter(e => e.groupBy == groupKey) + + return list + } + + //** 使用G0代码 移动刀具 */ + KnifeMove(params: CodeParams) { + let res = this._Action.G0(params) + return res + '\n' + } + /** + * 根据传入的数据 生成 G0 || G1 || G2 || G3 代码 + */ + KnifeMove_Arc(params: CodeParams) { + let res: any = '' + + let dir = params.dir || 0 + if (typeof (dir) == 'string') { + dir = parseInt(dir) + } + + switch (dir) { + case 0: + + if (typeof (this.NcCodeFreeMove) == 'string' && this.NcCodeFreeMove != '') { + params.codeKey = this.NcCodeFreeMove + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + params.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + params.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + params.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + params.fKey = this.NcCodeSpeed + } + + res = this._Action.G0(params) + break; + case 1: + if (typeof (this.NcCodeLineInterpolation) == 'string' && this.NcCodeLineInterpolation != '') { + params.codeKey = this.NcCodeLineInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + params.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + params.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + params.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + params.fKey = this.NcCodeSpeed + } + res = this._Action.G1(params) + break; + case 2: + if (typeof (this.NcCodeClockwiseArcInterpolation) == 'string' && this.NcCodeClockwiseArcInterpolation != '') { + params.codeKey = this.NcCodeClockwiseArcInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + params.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + params.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + params.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + params.fKey = this.NcCodeSpeed + } + + if (typeof (this.NcCodeIncrementAxisX) == 'string' && this.NcCodeIncrementAxisX != '') { + params.iKey = this.NcCodeIncrementAxisX + } + if (typeof (this.NcCodeIncrementAxisY) == 'string' && this.NcCodeIncrementAxisY != '') { + params.jKey = this.NcCodeIncrementAxisY + } + if (typeof (this.NcCodeIncrementAxisZ) == 'string' && this.NcCodeIncrementAxisZ != '') { + params.kKey = this.NcCodeIncrementAxisZ + } + res = this._Action.G2(params) + break; + case 3: + if (typeof (this.NcCodeAnticlockwiseArcInterpolation) == 'string' && this.NcCodeAnticlockwiseArcInterpolation != '') { + params.codeKey = this.NcCodeAnticlockwiseArcInterpolation + } + if (typeof (this.NcCodeAxisX) == 'string' && this.NcCodeAxisX != '') { + params.xKey = this.NcCodeAxisX + } + if (typeof (this.NcCodeAxisY) == 'string' && this.NcCodeAxisY != '') { + params.yKey = this.NcCodeAxisY + } + if (typeof (this.NcCodeAxisZ) == 'string' && this.NcCodeAxisZ != '') { + params.zKey = this.NcCodeAxisZ + } + if (typeof (this.NcCodeSpeed) == 'string' && this.NcCodeSpeed != '') { + params.fKey = this.NcCodeSpeed + } + + if (typeof (this.NcCodeIncrementAxisX) == 'string' && this.NcCodeIncrementAxisX != '') { + params.iKey = this.NcCodeIncrementAxisX + } + if (typeof (this.NcCodeIncrementAxisY) == 'string' && this.NcCodeIncrementAxisY != '') { + params.jKey = this.NcCodeIncrementAxisY + } + if (typeof (this.NcCodeIncrementAxisZ) == 'string' && this.NcCodeIncrementAxisZ != '') { + params.kKey = this.NcCodeIncrementAxisZ + } + res = this._Action.G3(params) + break; + default: + res = '' + break; + } + + return res + } + /** 换刀指令 -- + * + * 因为设计的问题 + * 现在配置界面会直接配置换刀代码 + * + * + * 配置数据读取 + * @param str: 刀具名 + */ + KnifeChange(str: String) { + let res: any = null + if (str != '') { + res = this._Action.M06(str) + } + return res + } + /** 开始指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + startCode() { + let res: any = null + /** 文件头 */ + res = 'codeName\n' + /** 轴启动 */ + res += this._Action.M03(18000) + + /** 刀启动 */ + res = this._Action.M06('T1') + + /** */ + return res + } + /** 结束指令 + * 因为设计的问题 + * 相关配置从传入配置中读取 + */ + endCode() { + let res: any = null + + /**刀停止 */ + + /** 轴停止 */ + res = this._Action.M05() + + return res + } + + /** 处理空行过滤 */ + handleEmptyLine(code) { + let arr = code.split('\n') + let newArr = arr.filter(e => e != '') + newArr = newArr.map(e => { + return e + '\n' + }) + + let newCode = newArr.join('') + return newCode + } + /** 空行插入前缀 */ + handleEmptyLinePreFix(code) { + let arr = code.split('\n') + let newArr = arr.map(e => { + if (e != '') { + return e + } else { + return `${this.ncLinePrefix} ${e}\n` + } + }) + + let newCode = newArr.join('\n') + return newCode + } + /** 空行插入后缀 */ + handleEmptyLineSuffix(code) { + let arr = code.split('\n') + let newArr = arr.map(e => { + if (e != '') { + return e + } else { + return `${e} ${this.ncLineSuffix}\n` + } + }) + + let newCode = newArr.join('\n') + return newCode + } + /** 精简指令 */ + handleSimpleCode(code) { + let arr = code.split('\n') + let objArr = arr.map((e, i) => { + let type = (!e.includes('//') && !e.includes('/**') || e.includes('"//')) ? 'code' : 'remark' + let temp = { + code: e, + index: i, + regList: e.match(/[XYZF]([-+]?\d*\.?\d+)/g) || [], + type + } + return temp + }) + let checkLines = objArr.filter(e => e.type == 'code') + + // 校验对象 存键值 + let targetObject = {} + for (const key in checkLines) { + let line = checkLines[key] + if (line.regList.length > 0) { + for (const regVal of line.regList) { + let reg = regVal.match(/([XYZF])([-+]?\d*\.?\d+)/) + let FullVal = reg[0] + let valKey = reg[1] + let val = reg[2] + if (Reflect.has(targetObject, valKey)) { + if (targetObject[valKey] == val) { + // 相同 需要精简操作 + objArr[line.index].code = objArr[line.index].code.replace(FullVal, ``) + } else { + // 不同 更新校验的值 + targetObject[valKey] = val + } + } else { + // 键值 没有 赋给 校验对象 + Reflect.set(targetObject, valKey, val) + } + } + } + } + let newCode = objArr.map(e => e.code).join('\n') + // 这里 数据中莫名其妙多了个空格 处理下 + let list = newCode.split(' ').filter(e => e != '') + newCode = list.join(' ') + return newCode + } + + /** 获取配置列表 */ + getConfigList() { + return this.config + } + //** 设置配置列表 */ + setConfigList(List: configItem[]) { + this.config = [...List] + } + //** 装载配置列表 */ + updateConfigList(List: configItem[]) { + this.config = [...this.config, ...List] + } + /**根据数据导出文件 */ + async exportFile(data: CodeParamsList) { + if (this.zipFile == undefined) { + this.zipFile = new FileZip() + } + + let zipFileName = data.processListInfo?.zipFileName || 'test.zip' + this.zipFile.SetZipFileName(zipFileName) + + let fileNameInfo = data.processListInfo?.fileName + let fileName = '' + if (typeof (fileNameInfo) == 'string') { + fileName = fileNameInfo + } else { + fileName = `${fileNameInfo?.name || 'empty'}.${fileNameInfo?.Suffix || '.txt'}` + } + let str = ''; + for (const item of data.processList) { + if (!item.processItemInfo) { + continue + } + let code = item.processItemInfo.code + let order = item.processItemInfo.order + let params = item.processItemInfo.codeParams + + if (code == 'C') { + params = item + } + str += await this.handleCode(code, order, params) + } + + await this.zipFile.PushFile(fileName, str) + + + await this.zipFile.Download() + } + initZipFile() { + this.zipFile = new FileZip() + } + /** 设置文件名 */ + async setZipFileName(zipName, fileZipObj?: FileZip) { + if (this.zipFile == undefined) { + return + } + let zipFileName = zipName || 'empty.zip' + if (fileZipObj != undefined) { + this.fileZipObj.SetZipFileName(zipFileName) + } else { + this.zipFile.SetZipFileName(zipFileName) + } + + } + /** 给zip文件内添加文件 */ + // async setFile(fileName, content, fileZipObj?: FileZip) { + async setFile(data) { + const { fileName, content, fileZipObj, isBase64, ncFileEncoding } = data + if (this.zipFile == undefined) { + return + } + let _isBase64 = isBase64 || false + let fileCode = ncFileEncoding || 'UTF-8' + if (fileZipObj != undefined) { + await this.fileZipObj.PushFile(fileName, content, _isBase64, fileCode) + } else { + await this.zipFile.PushFile(fileName, content, _isBase64, fileCode) + } + + } + /** 下载zip */ + async fileDownLoad(fileZipObj?: FileZip) { + if (this.zipFile == undefined) { + return + } + if (fileZipObj != undefined) { + await this.fileZipObj.Download() + } else { + await this.zipFile.Download() + } + + } + + /** 处理C代码 */ + handleCode(codeType, codeKey, params?) { + let str = '' + if (typeof (this[codeType][codeKey]) == 'function') { + str += this[codeType][codeKey](params) + } else { + str += this[codeType][codeKey] + } + if (!codeType) { + str = '// 未输入代码，请重新输入\n' + } else if (!codeKey) { + str = '// 未输入指令，请重新输入\n' + let k = Object.keys(this[codeType]) + str += `// 代码【${codeType}】支持的指令为：${k.join(',')}` + } else if (str == 'undefined') { + str = `// 代码【${codeType}】指令【${codeKey}】解析失败，请检查代码指令配置\n` + } + console.log('handleCode', str) + return str + } + /** 更新代码 */ + updateCode(data) { + for (const codeItem of data) { + this.updateOrder(codeItem.value, codeItem.orderArr) + } + } + /** 更新指令 */ + updateOrder(code, orderArr) { + // 更新前 指令的数据集 + let keys = Object.keys(this[code]) + + // 更新指令 + for (const orderItem of orderArr) { + let key = orderItem.name + let value = orderItem.value + Reflect.set(this[code], key, value) + } + + // 移除指令 + let orderKeys = orderArr.map(e => e.name) + + for (const key of keys) { + if (!orderKeys.includes(key)) { + if (typeof (this[code][key]) != 'function') { + Reflect.deleteProperty(this[code], key) + } + } + } + } + /** 添加备注 */ + blockRemark(params?) { + let str = `//Cut Block Id=${params.boardId} No=${params.blockNo} W=${params.width} L=${params.length}\n` + return str + } + /** */ + getFileHead(params?) { + let str = `//根据参数生成文件头\n ${params}\n` + return str + } + getRealPoints(list: CodeParams[]) { + let newList = [...list] + for (let point of newList) { + point = this.getRealPoint(point) + } + } + getRealPoint(point: CodeParams) { + let newPoint = { ...point } + + return newPoint + } + + /** 内部功能逻辑 换刀时判断是否需要 上一把刀的停止代码 */ + checkChangeKnifeEndCode(knife: _knifeType) { + let code = ''; + /** true 需要 输出停刀代码 false 不需要 */ + let flag = false + // 必须要有刀 + if (this.usedKnife) { + let keys = Object.keys(knife) + for (const key of keys) { + if (knife[key] != this.usedKnife[key]) { + flag = true + continue + } + } + } + if (flag) { + code += this.T.TE() + } + return code; + } + /** + * + * @param point 加工项的点 + * @param processItemInfo 加工项的信息 水平基准、垂直基准、轴方向（x、y、z），板件方向（x、y、z） + * // 这里加工项的点数据 都是经过数据处理的 假定这里拿到的数据都是基于左上角 台面 + * + * @returns 实际加工项的点 + */ + getXYZ(point: CodeParams, processItemInfo: ProcessInfo): CodeParams { + let newPoint: any = {} + for (const key in point) { + if (point[key] != undefined) { + Reflect.set(newPoint, key, parseFloat(point[key])) + } + } + /** 有2个部分 + * 一个是基于机台和板件的转换 依据板件定位 + * 另外一个是基于板件和加工项的转换 依据板件长高方向*/ + switch (this.originZ0Position) { + case 0: + // 台面 不操作 + break; + case 1: + // 板面 Z坐标需要转换 + newPoint.z = newPoint.z - this.thickness + break; + default: + break; + } + + /** step 先转换板件的位置 */ + // 大板定位 不同 根据不同的定位点修改 + + // processItemInfo + switch (this.boardLocation) { + case BoardPosition.LEFT_TOP: + // 不操作 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.LEFT_BOTTOM: + // 左下角 x坐标要转换 + newPoint.x = newPoint.x + this.boardWidth - processItemInfo.block.cutWidth //400 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.RIGHT_TOP: + // 右上角 y坐标要转换 + newPoint.y = newPoint.y + this.boardLength - processItemInfo.block.cutLength // 600 + newPoint = this.changeXYZAxiosSide(newPoint) + break; + case BoardPosition.RIGHT_BOTTOM: + // 右下角 xy 坐标要转换 + newPoint.x = newPoint.x + this.boardWidth - processItemInfo.block.cutWidth + newPoint.y = newPoint.y + this.boardLength - processItemInfo.block.cutLength + newPoint = this.changeXYZAxiosSide(newPoint) + break; + default: + break; + } + + + + + // 这里做 数值的小数点处理 + for (const key in newPoint) { + if (['x', 'y', 'z', 'r', 'i', 'j', 'k'].includes(key)) { + let isTofix = false + if (this.fixFloatNumberEndZero == true) { + // 末尾补零 + isTofix = true + } else if (this.intNumberAddDecimalPoint == true) { + // 整数值末尾加小数点 + if (Number.isInteger(newPoint[key])) { + isTofix = true + } + } + if (isTofix) { + newPoint[key] = parseFloat(newPoint[key]).toFixed(this.decimalPointPrecision) + } + } + } + + + return newPoint + } + /** 根据 轴向变更坐标 */ + changeXYZAxiosSide(point: CodeParams) { + let newPoint: any = {} + for (const key in point) { + if (point[key] != undefined) { + Reflect.set(newPoint, key, parseFloat(point[key])) + } + } + let width = this.boardWidth + let length = this.boardLength + let height = this.boardHeight + + + if (this.widthSideAxis == AxisType.X_POS && this.lengthSideAxis == AxisType.Y_POS) { + // 默认 为 X = x 正 Y = y 正 不操作 + } else if (this.widthSideAxis == AxisType.Y_POS && this.lengthSideAxis == AxisType.X_POS) { + // x = y正 y = x正 X Y坐标 倒转 + newPoint = { ...newPoint, x: newPoint.y, y: newPoint.x } + } + + else if (this.widthSideAxis == AxisType.X_NEG && this.lengthSideAxis == AxisType.Y_POS) { + // x = x负 y = y正 + newPoint = { ...newPoint, x: newPoint.x - width, y: newPoint.y } + } else if (this.widthSideAxis == AxisType.Y_POS && this.lengthSideAxis == AxisType.X_NEG) { + // x = y正 y = x负 + newPoint = { ...newPoint, x: newPoint.y - width, y: newPoint.x } + } + + else if (this.widthSideAxis == AxisType.X_NEG && this.lengthSideAxis == AxisType.Y_NEG) { + // x = x负 y = y负 + newPoint = { ...newPoint, x: newPoint.x - width, y: newPoint.y - length } + } else if (this.widthSideAxis == AxisType.Y_NEG && this.lengthSideAxis == AxisType.X_NEG) { + // x = y负 y = x负 + newPoint = { ...newPoint, x: newPoint.y - width, y: newPoint.x - length } + } + + else if (this.widthSideAxis == AxisType.X_POS && this.lengthSideAxis == AxisType.Y_NEG) { + // x = x正 y = y负 + newPoint = { ...newPoint, x: newPoint.x, y: newPoint.y - length } + } else if (this.widthSideAxis == AxisType.Y_NEG && this.lengthSideAxis == AxisType.X_POS) { + // x = y负 y = x正 + newPoint = { ...newPoint, x: newPoint.y, y: newPoint.x - length } + } + + if (this.heightAxis == AxisType.Z_NEG) { + // Z轴负 + newPoint = { ...newPoint, z: newPoint.z - height } + } + + return newPoint + } +} \ No newline at end of file diff --git a/src/processParser/readme.md b/src/processParser/readme.md new file mode 100644 index 0000000..9a518a2 --- /dev/null +++ b/src/processParser/readme.md @@ -0,0 +1,23 @@ +# 解析器说明 + +## 解析器接收数据 生成加工文件 +·数据说明 + 1、刀路描述 + 2、调用的指令 + 3、加工项附带的信息（加工项所在板件信息和所在订单信息） + 4、刀具信息 + +### 数据传输思考 +1、文件头 + +2、调刀代码 ----有调刀逻辑 + +3、主程序 + +4、主程序结束代码 + +5、文件尾 + + + +## 解析器包含坐标转换功能 diff --git a/tsconfig.json b/tsconfig.json new file mode 100644 index 0000000..729352c --- /dev/null +++ b/tsconfig.json @@ -0,0 +1,115 @@ +{ + "compilerOptions": { + /* Visit https://aka.ms/tsconfig to read more about this file */ + + /* Projects */ + // "incremental": true, /* Save .tsbuildinfo files to allow for incremental compilation of projects. */ + // "composite": true, /* Enable constraints that allow a TypeScript project to be used with project references. */ + // "tsBuildInfoFile": "./.tsbuildinfo", /* Specify the path to .tsbuildinfo incremental compilation file. */ + // "disableSourceOfProjectReferenceRedirect": true, /* Disable preferring source files instead of declaration files when referencing composite projects. */ + // "disableSolutionSearching": true, /* Opt a project out of multi-project reference checking when editing. */ + // "disableReferencedProjectLoad": true, /* Reduce the number of projects loaded automatically by TypeScript. */ + + /* Language and Environment */ + "target": "ESNext", /* Set the JavaScript language version for emitted JavaScript and include compatible library declarations. */ + // "lib": [], /* Specify a set of bundled library declaration files that describe the target runtime environment. */ + // "jsx": "preserve", /* Specify what JSX code is generated. */ + // "libReplacement": true, /* Enable lib replacement. */ + // "experimentalDecorators": true, /* Enable experimental support for legacy experimental decorators. */ + // "emitDecoratorMetadata": true, /* Emit design-type metadata for decorated declarations in source files. */ + // "jsxFactory": "", /* Specify the JSX factory function used when targeting React JSX emit, e.g. 'React.createElement' or 'h'. */ + // "jsxFragmentFactory": "", /* Specify the JSX Fragment reference used for fragments when targeting React JSX emit e.g. 'React.Fragment' or 'Fragment'. */ + // "jsxImportSource": "", /* Specify module specifier used to import the JSX factory functions when using 'jsx: react-jsx*'. */ + // "reactNamespace": "", /* Specify the object invoked for 'createElement'. This only applies when targeting 'react' JSX emit. */ + // "noLib": true, /* Disable including any library files, including the default lib.d.ts. */ + // "useDefineForClassFields": true, /* Emit ECMAScript-standard-compliant class fields. */ + // "moduleDetection": "auto", /* Control what method is used to detect module-format JS files. */ + + /* Modules */ + "module": "commonjs", /* Specify what module code is generated. */ + "rootDir": "./src", /* Specify the root folder within your source files. */ + // "moduleResolution": "node10", /* Specify how TypeScript looks up a file from a given module specifier. */ + // "baseUrl": "./", /* Specify the base directory to resolve non-relative module names. */ + // "paths": {}, /* Specify a set of entries that re-map imports to additional lookup locations. */ + // "rootDirs": [], /* Allow multiple folders to be treated as one when resolving modules. */ + // "typeRoots": [], /* Specify multiple folders that act like './node_modules/@types'. */ + // "types": [], /* Specify type package names to be included without being referenced in a source file. */ + // "allowUmdGlobalAccess": true, /* Allow accessing UMD globals from modules. */ + // "moduleSuffixes": [], /* List of file name suffixes to search when resolving a module. */ + // "allowImportingTsExtensions": true, /* Allow imports to include TypeScript file extensions. Requires '--moduleResolution bundler' and either '--noEmit' or '--emitDeclarationOnly' to be set. */ + // "rewriteRelativeImportExtensions": true, /* Rewrite '.ts', '.tsx', '.mts', and '.cts' file extensions in relative import paths to their JavaScript equivalent in output files. */ + // "resolvePackageJsonExports": true, /* Use the package.json 'exports' field when resolving package imports. */ + // "resolvePackageJsonImports": true, /* Use the package.json 'imports' field when resolving imports. */ + // "customConditions": [], /* Conditions to set in addition to the resolver-specific defaults when resolving imports. */ + // "noUncheckedSideEffectImports": true, /* Check side effect imports. */ + // "resolveJsonModule": true, /* Enable importing .json files. */ + // "allowArbitraryExtensions": true, /* Enable importing files with any extension, provided a declaration file is present. */ + // "noResolve": true, /* Disallow 'import's, 'require's or ''s from expanding the number of files TypeScript should add to a project. */ + + /* JavaScript Support */ + // "allowJs": true, /* Allow JavaScript files to be a part of your program. Use the 'checkJS' option to get errors from these files. */ + // "checkJs": true, /* Enable error reporting in type-checked JavaScript files. */ + // "maxNodeModuleJsDepth": 1, /* Specify the maximum folder depth used for checking JavaScript files from 'node_modules'. Only applicable with 'allowJs'. */ + + /* Emit */ + // "declaration": true, /* Generate .d.ts files from TypeScript and JavaScript files in your project. */ + // "declarationMap": true, /* Create sourcemaps for d.ts files. */ + // "emitDeclarationOnly": true, /* Only output d.ts files and not JavaScript files. */ + // "sourceMap": true, /* Create source map files for emitted JavaScript files. */ + // "inlineSourceMap": true, /* Include sourcemap files inside the emitted JavaScript. */ + // "noEmit": true, /* Disable emitting files from a compilation. */ + // "outFile": "./", /* Specify a file that bundles all outputs into one JavaScript file. If 'declaration' is true, also designates a file that bundles all .d.ts output. */ + "outDir": "./dist", /* Specify an output folder for all emitted files. */ + // "removeComments": true, /* Disable emitting comments. */ + // "importHelpers": true, /* Allow importing helper functions from tslib once per project, instead of including them per-file. */ + // "downlevelIteration": true, /* Emit more compliant, but verbose and less performant JavaScript for iteration. */ + // "sourceRoot": "", /* Specify the root path for debuggers to find the reference source code. */ + // "mapRoot": "", /* Specify the location where debugger should locate map files instead of generated locations. */ + // "inlineSources": true, /* Include source code in the sourcemaps inside the emitted JavaScript. */ + // "emitBOM": true, /* Emit a UTF-8 Byte Order Mark (BOM) in the beginning of output files. */ + // "newLine": "crlf", /* Set the newline character for emitting files. */ + // "stripInternal": true, /* Disable emitting declarations that have '@internal' in their JSDoc comments. */ + // "noEmitHelpers": true, /* Disable generating custom helper functions like '__extends' in compiled output. */ + // "noEmitOnError": true, /* Disable emitting files if any type checking errors are reported. */ + // "preserveConstEnums": true, /* Disable erasing 'const enum' declarations in generated code. */ + // "declarationDir": "./", /* Specify the output directory for generated declaration files. */ + + /* Interop Constraints */ + // "isolatedModules": true, /* Ensure that each file can be safely transpiled without relying on other imports. */ + // "verbatimModuleSyntax": true, /* Do not transform or elide any imports or exports not marked as type-only, ensuring they are written in the output file's format based on the 'module' setting. */ + // "isolatedDeclarations": true, /* Require sufficient annotation on exports so other tools can trivially generate declaration files. */ + // "erasableSyntaxOnly": true, /* Do not allow runtime constructs that are not part of ECMAScript. */ + // "allowSyntheticDefaultImports": true, /* Allow 'import x from y' when a module doesn't have a default export. */ + "esModuleInterop": true, /* Emit additional JavaScript to ease support for importing CommonJS modules. This enables 'allowSyntheticDefaultImports' for type compatibility. */ + // "preserveSymlinks": true, /* Disable resolving symlinks to their realpath. This correlates to the same flag in node. */ + "forceConsistentCasingInFileNames": true, /* Ensure that casing is correct in imports. */ + + /* Type Checking */ + "strict": true, /* Enable all strict type-checking options. */ + // "noImplicitAny": true, /* Enable error reporting for expressions and declarations with an implied 'any' type. */ + // "strictNullChecks": true, /* When type checking, take into account 'null' and 'undefined'. */ + // "strictFunctionTypes": true, /* When assigning functions, check to ensure parameters and the return values are subtype-compatible. */ + // "strictBindCallApply": true, /* Check that the arguments for 'bind', 'call', and 'apply' methods match the original function. */ + // "strictPropertyInitialization": true, /* Check for class properties that are declared but not set in the constructor. */ + // "strictBuiltinIteratorReturn": true, /* Built-in iterators are instantiated with a 'TReturn' type of 'undefined' instead of 'any'. */ + // "noImplicitThis": true, /* Enable error reporting when 'this' is given the type 'any'. */ + // "useUnknownInCatchVariables": true, /* Default catch clause variables as 'unknown' instead of 'any'. */ + // "alwaysStrict": true, /* Ensure 'use strict' is always emitted. */ + // "noUnusedLocals": true, /* Enable error reporting when local variables aren't read. */ + // "noUnusedParameters": true, /* Raise an error when a function parameter isn't read. */ + // "exactOptionalPropertyTypes": true, /* Interpret optional property types as written, rather than adding 'undefined'. */ + // "noImplicitReturns": true, /* Enable error reporting for codepaths that do not explicitly return in a function. */ + // "noFallthroughCasesInSwitch": true, /* Enable error reporting for fallthrough cases in switch statements. */ + // "noUncheckedIndexedAccess": true, /* Add 'undefined' to a type when accessed using an index. */ + // "noImplicitOverride": true, /* Ensure overriding members in derived classes are marked with an override modifier. */ + // "noPropertyAccessFromIndexSignature": true, /* Enforces using indexed accessors for keys declared using an indexed type. */ + // "allowUnusedLabels": true, /* Disable error reporting for unused labels. */ + // "allowUnreachableCode": true, /* Disable error reporting for unreachable code. */ + + /* Completeness */ + // "skipDefaultLibCheck": true, /* Skip type checking .d.ts files that are included with TypeScript. */ + "skipLibCheck": true /* Skip type checking all .d.ts files. */ + }, + "include": ["src/**/*"], + "exclude": ["node_modules"] +}